Civil Engineering Software

Product Details:

ATENA is a user friendly software for nonlinear analysis of reinforced concrete structures.ATENA user Richard Malm says in his Ph.D. thesis:One advantage using ATENA for the finite element analyses is that it calculates all material properties based on the cube strength with equations from Model Code 2010.

Another great advantage with this program is that it is specially designed for concrete, which makes it easier for the user since good default values are given. The main advantage is that, even though the analyses described severe cracking, the program never had problems finding a convergent solution. A novice user can rather easy create advanced models in ATENA.

With ATENA You can simulate real behavior of concrete and reinforced concrete structures including concrete cracking, crushing and reinforcement yielding. ATENA gives you the power to check and verify your structural design in a user friendly graphical environment.

Why To Use ATENA

• ATENA is for engineers that want to understand the real structural behavior.
• It is a great addition to standard design programs that usually supports engineers to work quickly and satisfy the code requirements,
• ATENA is excellent for verification of reinforcement design in critical sections.
• For design of economical reinforced concrete structures - ATENA automatically considers internal force redistribution due to cracking, which may result in reinforcement savings.
• For assessment of existing structures.
• It helps to discover additional load carrying capacity.
• It supports advanced research in reinforced concrete structures or modern cementitious materials.

Key Features

• Simulates the real behavior of reinforced concrete structures
• 3D environment
• User friendly modelling of reinforcement
• Unique visualization of crack propagation
• Real-time display of results even during the nonlinear analysis
• Based on finite element method and fracture mechanics
• Advanced material models for concrete, reinforcement, steel, rock, soil and masonry
• Support for the analysis of modern fiber reinforced concrete materials: SHCC, ECC, HPRFC, UHPFRC
• Dynamics, statics, creep, thermal and moisture analyses
• Modeling of high temperature and fire loading on concrete structures
• Software for design or assessment of new or existing concrete structures
• Modeling of structural durability and reinforcement corrosion

Modeling Of Reinforcement

Arbitrary reinforcement arrangement can be easily included in the model either as discreete bars or as smeared reinforcement.

Bond failure can be activated just by single click. Prestressing and external cables are supported as well.

Realtime Visualisation Of Results

Only in ATENA the engineers can observe the deformation shape and the cracking pattern even during analysis using the unique and extensive runtime visualisation capabilitie

Crack Visualisation

ATENA supports realistic visualisation of cracks and cracking pattern in all stages of the nonlinear analysis a post-processing. Cracks can be displayed not only on the surface, but also in the interior. For more realistic visualisation, only the visible cracks can be filtered.

Product Details:

Overview

The SAP name has been synonymous with state-of-the-art analytical methods since its introduction over 30 years ago. SAP2000 follows in the same tradition featuring a very sophisticated, intuitive and versatile user interface powered by an unmatched analysis engine and design tools for engineers working on transportation, industrial, public works, sports, and other facilities.

From its 3D object based graphical modeling environment to the wide variety of analysis and design options completely integrated across one powerful user interface, SAP2000 has proven to be the most integrated, productive and practical general purpose structural program on the market today.

This intuitive interface allows you to create structural models rapidly and intuitively without long learning curve delays. Now you can harness the power of SAP2000 for all of your analysis and design tasks, including small day-to-day problems.

Complex Models can be generated and meshed with powerful built in templates. Integrated design code features can automatically generate wind, wave, bridge, and seismic loads with comprehensive automatic steel and concrete design code checks per US, Canadian and international design standards.

Modules : Basic, Plus, Advanced, Ultimate

Civil Engineering Software, Infrastructure Engineering Software, Architectural Engineering Software, Geotechnical Engineering Software, CAD Software

Additional Information:

• Production Capacity: 10 or more
• Delivery Time: within 1 week
• Packaging Details: ELECTRONIC LICENSE DISTRIBUTION

Product Details:

The innovative and revolutionary new ETABS is the ultimate integrated software package for the structural analysis and design of buildings. Incorporating 40 years of continuous research and development, this latest ETABS offers unmatched 3D object based modeling and visualization tools, blazingly fast linear and nonlinear analytical power, sophisticated and comprehensive design capabilities for a wide-range of materials, and insightful graphic displays, reports, and schematic drawings that allow users to quickly and easily decipher and understand analysis and design results.

From the start of design conception through the production of schematic drawings, ETABS integrates every aspect of the engineering design process. Creation of models has never been easier - intuitive drawing commands allow for the rapid generation of floor and elevation framing. CAD drawings can be converted directly into ETABS models or used as templates onto which ETABS objects may be overlaid. The state-of-the-art SAPFire 64-bit solver allows extremely large and complex models to be rapidly analyzed, and supports nonlinear modeling techniques such as construction sequencing and time effects (e.g., creep and shrinkage).

Modules : ETABS PLUS, ETABS NON-LINEAR, ETABS ULTIMATE

Civil Engineering Software, Infrastructure Engineering Software, Architectural Engineering Software, CAD Software

Product Details:

RuleBuddy is a true companion to Architects for compliance check of building designs with the development control (DC) rules at the design stage itself.

Creating building plans and designs, while taking into consideration latest development control (DC) rules with periodic amendments is a daunting task taking away your crucial intellectual time. Adding to the stress are tight deadlines and your client expectations of avoiding recycle of plan approval process.

RuleBuddy is the Portal, which offers instant and easy online access to DC rules and compliance requirements. RuleBuddy works with you to provide specific rules related to your project just by providing basic key words and/or project information.

RuleBuddy saves the crucial time spent by you in rework, giving you ample time for creative energies in designing better buildings, thereby gaining on revenue and customer satisfaction.         

RuleBuddy® PlanAssist is a unique software product offering astoundingly reliable functionality to create and pre-check your building plans before submission to authorities; for faster, smoother and assured approvals.

Powered by AutoCAD® OEM Platform, RuleBuddy® PlanAssist provides all the necessary functionalities to create, edit and pre-format your building plans eliminating dependency on any 3rd party CAD software.

Create accurate, ready to check, pre-formatted building plan drawings in a AutoCAD environment.

Identify and visualize the errors or non-conformities in the drawings & highlight it in different colors.

 

Automatically calculate the areas for building plans even in complex and big projects with accuracy and speed.

Make multiple revisions in drawings on-the-go to arrive at optimum design of the building plan. Dramatically increase the probability of getting it Right The First Time.

Powered by AutoCAD OEM platform, offers the world’s most stable and proven CAD technology.® No need to buy cheep and interior 3rd party CAD software

RuleBuddy® comes with a Perpetual License, adding to your key permanent assets and constantly boosting your ROI asTM

PlanAssist a dynamic solution for your growth and success. Annual Maintenance Contract (AMC) includes updates and online technical support.

RULEBUDDY PLANT ASSIST : 1) Create accurate, ready to check, pre-formatted building plan drawings in a AutoCAD environment. 
2) Powered by AutoCAD® OEM Platform, RuleBuddy® PlanAssist provides all the necessary functionalities to create, edit and pre-format your building plans eliminating dependency on any 3rd party CAD software
3) Powered by AutoCAD OEM platform, offers the world’s most stable and proven CAD technology.® No need to buy cheep and interior 3rd party CAD software
4) RuleBuddy® comes with a Perpetual License, adding to your key permanent assets and constantly boosting your ROI as PlanAssist a dynamic solution for your growth and success. Annual Maintenance Contract (AMC) includes updates and online technical support
5) Powered by AutoCAD® OEM Platform, RuleBuddy® PlanAssist provides all the necessary functionalities to create, edit and pre-format your building plans eliminating dependency on any 3rd party CAD software
6) Powered by AutoCAD OEM platform, offers the world’s most stable and proven CAD technology.® No need to buy cheep and interior 3rd party CAD software

 

Product Details:

IDEA StatiCa - Engineering software dedicated to structural design and code-check of joints, cross sections, beams and other details.
IDEA StatiCa is transforming steel connection design and concrete design through its patented technology, intuitive and powerful user interface, comprehensive code-checks and fully customizable and reliable reports, in accordance with the latest AISC, Eurocode and other national standards.
IDEA StatiCa - World-leading engineering software dedicated to structural design and code-check of joints, cross sections, beams and other details.
IDEA StatiCa – software that enables engineers to work faster, evaluate requirements of the national code thoroughly and use optimal amount of material and thus contributing to making every new construction around the world safer and cheaper.
IDEA StatiCa Connection can design all types of welded or bolted connections, base plates, footing and anchoring. It provides precise checks, results of strength, stiffness and buckling analysis of a steel joint. Bolts, welds and concrete blocks are checked according to EC/AISC. Templates for most-used connections are available as well as wide range of predefined hot rolled and sheet welded members.
Design your joint from scratch or build on geometry and loading imported from Robot, Revit, MIDAS Civil + Gen, STAAD.Pro, SAP 2000, Scia Engineer, RFEM, RSTAB, AxisVM, ConSteel, and others, cutting design time even more.
IDEA StatiCa Connection can design steel joints and connections of any topology and loaded in all directions. It keeps the whole analysis-design-check process in minutes. This opens a possibility for structural engineers and fabricators around the world to increase productivity of designing steel joints and connections.
IDEA StatiCa creates software for structural engineers, fabricators, consultants and all others who perform or use structural analysis. With over 50,000 users in more than 80 countries using our solutions, IDEA StatiCa is a world leader in software for safe design of steel or concrete connections and details.

Product Details:

Comosys - Reinforced Concrete Modelling & Detailing Software : COMOSYS is a BIM software solution for concrete and steel detailing, including rebar detailing. It offers various tools and features for 3D rebar modeling, detailing, and generation of construction drawings.

COMOSYS has unique rebar placement capabilities that allow you to place reinforcement bars even into most complex concrete volumes with ease. Using these rebars, which are modeled completely in 3D, all kinds of reinforcement drawings are produced effortlessly, and most of the time automatically. Besides, as a bonus of 3D modeling, rebar template tables and quantity take-off tables are generated completely automatically.
COMOSYS provides fast and specifically developed tools for placing reinforcement in frequently encountered or common structural members like beams, columns, stairs etc. These tools only require a few parameters to place rebars automatically.
3D modeling is also a necessity for Building Information Modeling (BIM). In the context of BIM, rebars can be exported into model visualization and reviewing software (such as VIMASYS) and can be checked against clashes and other project specification violations, or they can be associated with project tasks.Key features of COMOSYS for rebar detailing:3D Rebar Modeling: COMOSYS allows users to create and manipulate 3D models of rebar, including placing reinforcement in common structural members like beams, columns, and stairs. 
Macro Gallery: Provides a library of pre-defined rebar placements for common structural elements, allowing for quick and efficient detailing. Rebar Annotations: Offers various styles of rebar dimensioning and annotation, including specialized commands for different rebar types and views. BIM Integration: Can export rebar models into BIM software for visualization, clash detection, and project task association. Detailed Drawings: Generates construction drawings with accurate rebar placement, bending, and assembly details. Rebar Distribution: Provides tools for placing and distributing rebars within concrete structures, ensuring compliance with design plans. Steel Detailing: COMOSYS Steel Detailer is a general-purpose modeling software for steel structures, including rebar detailing. 
Benefits of using COMOSYS for rebar detailing:Increased Accuracy: 3D modeling and detailed drawings ensure precise rebar placement and fabrication. Time Savings: Pre-defined macros and efficient tools streamline the detailing process. Improved Coordination: BIM integration facilitates communication and collaboration between different project stakeholders. Reduced Errors: Accurate detailing minimizes errors during construction, leading to cost savings and improved quality
General Rebar Drawings : Whenever the shape of the assembly is such that it does not lend itself to the automatic drawing creation utilities the user can still go ahead and produce the rebar drawings manually. Even manual drawing creation is almost automated. All the user needs to do is Show which views he wants. Annotating the rebars is done automatically by COMOSYS. Many different types of annotation capabilities are provided by COMOSYS. These include the typical plan type annotations, sectional annotations, range annotations (as typically used in stirrups) or spot annotations. With a single click the program intelligently calculates which rebar in the drawing needs to be annotated in which way and then goes ahead not only to annotate it but to also find a suitable place on the drawing for the annotation so that it does not clash with other elements. This feature is extremely beneficial since most programs make the user locate a suitable place for the annotation manually and this really slows down the drawing creation process significantly. What should have taken just a few minutes starts taking hours.

Product Details:

Autocad PLANT 3D : Create and edit piping and instrumentation diagrams (P&IDs) and 3D models, and extract piping orthographics and isometrics with an industry-specific toolset for plant design. With the Plant 3D toolset, you can.

AutoCAD PLANT 3D is part of AUTO CAD (IST) (2D+3D) - Industry Speicifc Toolsets. AutoCAD (IST) comes with specialized toolsets that enhance its functionality for particular industries. These toolsets provide features, symbols, and workflows tailored to the unique needs of architects, engineers, and other professionals. For example, the Architecture toolset includes features for creating floor plans, sections, and elevations. 

AutoCAD Plant 3D is a toolset within AutoCAD designed for plant design and engineering. It offers features for creating intelligent P&IDs, 3D models of piping, equipment, and structures, and generating orthographic and isometric drawings. It integrates with AutoCAD and provides tools for automating tasks, managing projects, and collaborating within a common data environment

This study explores six tasks commonly performed by process plant designers. It shows direct comparisons of the methodology employed to perform the tasks, with designers either using the AutoCAD Plant 3D toolset or basic AutoCAD. The gain in productivity depends on the nature of the task: some can be completed just a small percentage faster and some can show an increase in productivity of over 65% (creating and editing piping isometrics, for example) when using the Plant 3D toolset rather than basic AutoCAD. P&ID creation and editing tasks showed a productivity gain of about 10-25% while drafting, and over 66% when producing reports such as line lists.

Create new P&IDs faster - ■ Generate line lists over 50% quicker and were less prone to errors.■ Create 3D plant models in the time it takes to produce a single piping orthographic drawing in basic AutoCAD.■ Modify the model and generate new piping orthographic drawings much quicker. Between 10% and 50% faster, depending on the extent of thechanges. If the drawing had multiple projections, productivity gains would be greater.■ Create all the documentation (piping orthographic drawings, piping isometrics, MTOs and reports) from a single source (the plant model), meaning allthe documents are more consistent and errors are considerably reduced.■ Create and manage piping specifications. Once defined, the designers use these piping specs to select the components that will be placed in the model. The components are dimensionally correct and contain all the information used in reporting, ensuring greater consistency acrossthe documentation

Features

• Simpler piping design : Help streamline iteration with easy-to-use pipe routing.
• Orthographic drawing production : Gain accuracy and consistency with drawings from 3D models.
• Piping isometric production : Customize for your customers’ style preference.
• Collaboration : Get tools that enable your team to better collaborate.

Additional Features

• Cloud collaboration : Share plant design projects with your team using Autodesk cloud services.
• Instrumentation support : Place instrumentation directly from the Instrumentation Tool Palette.
• Project backups : Easily create a local backup of your project.
• Project manager search : Find project design files faster.

Product Details:

CSiPlant - PIPE STRESS ANALYSIS AND DESIGN
Key features
- Piping and structural analysis: CSiPlant provides advanced analysis capabilities for piping systems and their supporting structures, including code compliance checks based on various piping codes like ASME B31.- Integrated Modeling: It allows engineers to create and modify both piping and structural models with features like automatic generation of elbows, tees, and reducers.- Dynamic Analysis: CSiPlant includes various dynamic analysis options, such as P-Delta analysis, buckling analysis, and linear and nonlinear time history analysis.- Interoperability: It can integrate with other CSI software products like SAP2000, allowing engineers to import and export models and data for combined analysis and design.- Design Request Functionality: CSiPlant offers a design request feature to evaluate different design parameters and configurations simultaneously
CSiPlant is an integrated engineering software product for analysis and design of piping systems and frame structures, including piping code compliance checks with stress-intensification and flexibility factors that are automatically calculated and applied.
CSiPlant offers advanced analysis technology to piping and structural engineers working in the process, power, pipeline and offshore industries.
CSiPlant uses elements, pipe support types, and modeling approaches familiar to piping and structural engineers in the process and power industries.
CSiPlant ushers in a new generation of unique-to-industry analysis and design capabilities. Applications : CSiPlant is primarily used by piping and structural engineers in industries such as: Process,     Power, Pipeline, Offshore etc
In essence, CSiPlant is a comprehensive software solution that facilitates the design and analysis of complex piping and structural systems in various industrial settings NEXT GENERATION PLANT DESIGN AND ENGINEERING : CSiPlant is an integrated engineering software product for analysis and design of piping systems and frame structures, including piping code compliance checks with stress-intensification and flexibility factors that are automatically calculated and applied.
CSiPlant offers advanced analysis technology to piping and structural engineers working in the process, power, pipeline and offshore industries.
CSiPlant uses elements, pipe support types, and modeling approaches familiar to piping and structural engineers in the process and power industries.
Drawing Capabilities
Piping and structural frame models can be rapidly created and modified using CAD-like drafting tools which snap to objects, grid intersections and global axes. In addition, CSiPlant offers automatic alphanumeric labeling of node points and elements, intuitive Insert and Assign commands, and keyboard shortcuts, enabling engineers to utilize a variety of modeling options to quickly build, modify, and review their analysis models.
CSI Plant (CSiPlant) software is primarily used by companies in the following sectors:
- Process industries (such as chemical, petrochemical, and pharmaceutical plants)- Power generation (including thermal, nuclear, and renewable power plants)- Pipeline companies (oil, gas, and water transmission)- Offshore industries (offshore oil and gas platforms)- Engineering consulting firms specializing in piping and structural analysis
These companies use CSiPlant for advanced modeling, analysis, and design of piping systems and frame structures, including compliance checks with piping codes, stress analysis, buckling analysis, 
and integration with structural design tools like SAP2000 and SAFE. The software is especially valuable for piping and structural engineers working on complex industrial projects where safety, code compliance, and integration between piping and structural systems are critical.

Additional Information:

• Production Capacity: 10 or more
• Delivery Time: IMMEDIATE
• Packaging Details: ELECTRONIC LICENSE DELIVERY

Product Details:

CSI BRIDGE : CSiBridge is a special purpose finite-element based analysis and design software tailored for the engineering of bridge structural systems. Conventional concrete and steel bridges as well as cable stayed, suspension bridges, extradosed and other types of bridge structures for elevated-roadways, railways and other types of usage can be modelled, analysed, and designed quickly. CSiBridge offers unmatched power to generate finite element models controlled by parametric definition of bridge objects!
CSIBridge stands out among bridge design and analysis software for several advanced features, especially when compared to competitors like Midas Civil and other leading bridge engineering tools.
The bridge parametric definition uses simple terms that are familiar to bridge engineers such as layout lines, lanes, spans, bearings, abutments, bents, hinges, and post-tensioning. Apply complex boundary conditions and loadings with great simplicity. 
CSiBridge creates spine, shell or solid object models that update automatically as the bridge definition parameters are changed. CSiBridge also includes an easy-to-use bridge wizard that outlines the steps necessary to create a bridge model. Multi-level bridges can be modelled quickly using bridge object parameters.DCSiBridge design options allow for quick and easy design or retrofitting of steel and concrete bridges. The parametric modeller allows the user to build simple or complex bridge models and to make changes efficiently while maintaining total control over the design process. Lanes and vehicles can be defined quickly and include width effects. 
CSiBridge has options for conducting staged analyses with the desired material strength based on the material’s age. Several codes define parameters for creep and shrinkage effects, and these can be used effortlessly. The bridge engineer also has an option for user defined parameters. Simple and practical Gantt charts are available to simulate modelling of construction sequences and scheduling. 
CSiBridge also has options for doing a comprehensive Rail Structure Interaction (RSI) analysis in an automated manner without the need for additional effort to define rail support nonlinear parameters by the user, as these are automatically worked out by CSiBridge to determine whether the rail supports are loaded or unloaded. For RSI analysis no separate modules are required!
Bridge engineers engaged in analysis and design of cable bridges can use CSiBridge for working out cable loads to achieve the desired bridge deck profile under a user defined load by using CSiLoadOptimizer.
The power of the SAPFire® analysis engine is fully integrated into the CSiBridge, with an ultrafast multithreaded solver that uses all available cores for faster analysis. The advanced options include defining staged construction, creep and shrinkage analysis, cable tensioning to target forces, camber and shape finding, geometric nonlinearity (P-delta and large displacements), material nonlinearity (superstructure, bearings, substructure, and soil supports), modelling of discretely nonlinear objects like dampers and isolators with options for buckling, static, multi-step static, Influence line and other kinds of linear as well as nonlinear dynamic analyses.
Unique Advantages of CSIBridge: - Parametric definitions allow rapid changes and updates to bridge models without rebuilding from scratch. - Automated finite element meshing for complex geometries. - Integrated construction scheduling with Gantt charts, which is less common in competitors. - Comprehensive seismic analysis—including the latest code requirements and automated nonlinear analysis. - All-in-one platform: No need to use separate modules for modeling, analysis, and design.

 

Additional Information:

• Delivery Time: IMMEDIATE

Product Details:

PLS-CADD (Power Line Systems - Computer Aided Design and Drafting) is an industry-leading software suite used for the design and analysis of transmission lines. PLS-CADD may present challenges, but Rock's PLS-CADD Deliverable streamlines the entire process, ensuring you receive the precise deliverables you require. Backed by our seasoned team, we craft solutions tailored to meet all your PLS-CADD requirements. 
PLS-CADD software automates the calculation of design loads and the checking of strength according to most international standards (ASCE, NESC, IEC, CENELEC, etc.). This has been possible because of Power Line Systems close involvement over the past 35 years with the organizations that developed these standards and the feedback from the electric companies that require their use.
PLS-CADD : The standard edition of PLS-CADD is a line design program that includes all the terrain, sag-tension, loads, clearances and drafting functions necessary for the design of an entire power line. Also includes PLS-CADD/LITE and PLS-CADD/ULTRALITE, but not any of the other items listed below (compare editions).

Optimum Spotting Option: Enables automatic selection of structure locations and types for the least cost design of a line.

SAPS Option: Finite element sag-tension option: provides a superior alternative to the built-in ruling span sag-tension.

PLS-CADD/LITE: Simplified edition of PLS-CADD for calculation of sags and tensions in a single span, thermal ratings and structure loading trees for a single structure. Included at no charge with the standard edition (compare editions). Includes PLS-CADD/ULTRALITE, but does not include the terrain modeling, material or drafting functions of the standard edition and is based on the ruling span concept. (PLS-CADD/LITE does not open or act as a viewer for PLS-CADD Standard edition models).

PLS-CADD/ULTRALITE: Streamlined version of PLS-CADD for quick modeling of a single span of conductor or wire. It develops a Sag-Tension report as well as Stringing Charts for a user definable range of span lengths and stringing temperatures.

PLS-CADD/SURVEY: Surveyor's edition of PLS-CADD that provides terrain modeling and drafting capabilities, but not structure spotting, loads, clearances, or sag-tension (compare editions).
PLS-GRID : PLS-GRID is the latest software offering from Power Line Systems, the original provider of “digital twin” and “BIM” software for your overhead transmission, distribution, and communication lines for over 35 years. Leverage your decades of overhead line models built in PLS-CADD, PLS-CADD/Lite, PLS-POLE, and TOWER to create your own PLS-GRID that allows access to accurate structure usage, line clearances, vegetation clearances, thermal line ratings, plan and profile sheets, sag tension reports, staking data, construction documents etc. on your desktop as well as on the web. PLS-GRID manages all your overhead line data in a single location for easily distributing to all departments and contractors.

TOWER : Analyzes, designs and optimizes steel lattice towers for transmission and substation applications.
PLS-POLE : Analyzes and designs structures with wood, laminated wood, steel, concrete or fiber reinforced polymer (FRP) poles, or modular aluminum masts. In addition it also comes with CAISSON (purchased separately) functionality embedded in for designing directly embedded poles with or without backfill, as well as concrete piers.

CAISSON : Designs moment resisting reinforced concrete pier foundations and direct embedment depths for poles.
SAPS : Structural Analysis of Power and communication Systems is the analysis engine that powers our other software.

Additional Information:

• Delivery Time: IMMEDIATE

Product Details:

MOSES - Advanced Hydrostatic and Hydrodynamic Simulation Software

What is MOSES? - MOSES is a uniquely integrated simulation software that helps you meet complex offshore project challenges more effectively with the efficiency and flexibility. MOSES is available in four different variations, so you can choose what is best for you. 

Additional Information:

• Production Capacity: 10 or more
• Delivery Time: 1-2 Weeks
• Packaging Details: Electronic Delivery

Product Details:

SACS™ - Design and Analysis Software for Offshore Structures

SACS is an integrated finite element structural analysis package for the design of offshore structures, such as oil and gas platforms, wind farms,topsides of FPSOs, and floating platforms. Offshore engineers around the world have used SACS for nearly 40 years, and many energy companiesspecify their engineering firms to use SACS software across the lifecycle of offshore platforms. Because every project has different needs, thereare three flexible SACS options: SACS Offshore Structure Ultimate for comprehensive capabilities required for typical offshore jackets, wharfs,and dolphin structures; SACS Offshore Structure Advanced for static topside and deck analysis; and SACS Offshore Structure for static structural analysis.

SACS OFFSHORE STRUCTURE - SACS Offshore Structure contains capabilities required for static structuralanalysis. It includes:Š The interactive graphics modeler with advanced 3D capabilitiesŠ SACS IV solver and interactive graphics 3D post-processorŠ CombineŠ GapŠ TowŠ LDF large deflectionŠ Automatic model generationŠ Beam and finite element capabilityŠ Steel code check and redesignŠ Inertia and moving load generationŠ Tension/compression nonlinear elements with initial gapŠ Load case combinationŠ Linear large deflection analysisŠ Full output report and plotting capabilities

SACS OFFSHORE STRUCTURE ADVANCED - SACS Offshore Structure Advanced contains the capabilities of SACS Offshore Structure and additional capabilities required for typical topside and deck analysis. It includes:Š Topsides wind loadingŠ Wind and gravity load generation

SACS OFFSHORE STRUCTURE ULTIMATE - SACS Offshore Structure Ultimate contains the capabilities of both SACS Offshore Structure and SACS Offshore Structure Advanced and additional capabilities required for typical offshore jackets, wharfs, and dolphin structures. It includes:Š SeastateŠ Joint canŠ PileŠ Environmental load generationŠ Tubular connection checkŠ Single pile/soil interactionŠ Inertia and moving load generation

SACS-AUTOPIPE INTRAOPERABILITY - The SACS and AutoPIPE® interface integrates piping design, pipe stress, and structural analysis. It allows users to automatically transfer pipe support loads onto the structural model for analysis, and the structural model back to the piping model for visualization, engineering coordination, and combined stiffness model for accurate pipe support loads. Workflows to add pipe loads to offshore structures removes the requirement for manual data entry. The interface provides realistically engineered designs and avoids the manualtransfer of support loads between the piping and structural models.

SACS-MOSES INTRAOPERABILITY - SACS structural models can be imported into MOSES™ for offshore installation analysis. Generating SACS TOW files from MOSES allows automatic generation of inertial based acceleration loading and RAOs. Enhancing collaboration across structural and naval architectural teams improves efficiency and reduces rework and project delays. For an improved 3D hydrodynamic response, users can run a MOSES launch analysis directly from SACS Executive using SACS input for a launch analysis.

SACS-PLAXIS INTRAOPERABILITY - PLAXIS® Monopile Designer supports the generation of SACS pile input files including additional stiffness curves for large diameter monopile foundations according to the PISA method. SACS and PLAXIS also provide a suction bucket analysis interface that enables the creation of nonlinear or linearized integrated structure and suction bucket foundation models that can be utilized in all SACS analysis and design workflows.

Additional Information:

• Production Capacity: 10 or more
• Delivery Time: 1-2 weeks
• Packaging Details: Electronic Delivery

Product Details:

Autodesk Construction Cloud Software : A unified solution - With the Autodesk Construction Cloud platform (Autodesk ACC for short), you get visibility and control over the entire project and a single platform to streamline all phases of a construction project. Your models can be visualised on your tablet and all data is synchronised in real time with the latest version. Work anywhere, anytime, on any device
Autodesk DOCS : Autodesk Docs gives you all the features you need to easily manage and share all project documents (both internally and with partners). Create markups and issues, and use the standardised workflow to share documents. The integrated viewer lets you view many different file formats directly in the app or browser. AutoCAD , IFC and Revit files can be easily viewed and immediately become part of a centralised document management solution. This gives all project teams a single source of truth (single point of truth) throughout the entire project lifecycle.
    - Digital work processes; from paper or desktop to the cloud;    - Viewing e.g. 2D and 3D files directly in the browser or in the app;    - Working in a common data environment;    - Centralised communication;    - Version control for all your files;    - Manage folder permissions;    - Manage all your requests and comments
If you have the  Autodesk AEC Collection licence, Autodesk Docs is automatically available to you. There is no need to purchase a separate licence for it. In addition to Autodesk Docs, you also have access to Autodesk Insight. Use the 'insight' dashboard to monitor your project's overview, progress, and issues. Account members with executive level access can open the executive overview across all projects.
Autodesk BUILD : Take your project data from the office to the construction site. Autodesk Build helps you create and manage data for construction execution in addition to the standard Autodesk Docs features. You can collaborate seamlessly with the project manager to complete construction projects on time and on budget. Share and mark up drawings from your mobile device, manage assets while completing checklists and performing inspections. Secure your project activities and ensure quality and safety standards.
- Work with current 2D and 3D data on the construction site- Use your own forms and checklists- Make notifications and notes on the drawing from your phone or tablet- Work with standardised workflows- Record construction meetings and minutes- Use a centralised storage for all your photos- The standard dashboard gives you a complete overview of progress and problems on the construction site
The Autodesk Build licence gives you access to the following Autodesk Construction Cloud modules: Docs, Build, Cost, and Insight.
Autodesk Takeoff : The Takeoff module allows you to accurately generate quantities from both 2D floor plans and elevations, as well as 3D models, all within the same Common Data Environment (CDE) that your project team uses, namely Autodesk Docs. With Autodesk Takeoff, you can create competitive budgets more efficiently, as it helps extract precise 2D quantities and automatically generates quantities from 3D models. With a simple overview, you can quickly check what has already been included in your quantity breakdown and easily spot any future changes or additions to the files. This means you are always collaborating with your team on the most up-to-date version of the documents while adhering to your own data standards for budgeting.
- Calculate anywhere from your web browser- Work with different users on a calculation model- Speed ​​up the extraction of your model with Autodesk's intelligent selection tools- Better insight into determining your quantities- Link the calculation with the work preparation

Product Details:

CSI SAFE : THE ULTIMATE TOOL FOR FLOOR SYSTEMS : From framing layout to detail drawing production, SAFE integrates every aspect of the engineering design process in one easy and intuitive environment. SAFE provides unmatched productivity to the engineer with its truly unique combination of power, comprehensive capabilities, and ease-of-use.
SAPFire® Analysis Engine : CSI solvers have been tried and tested by the industry for over 45 years. The SAPFire Analysis Engine can support multiple 64-bit solvers for analysis optimization and can perform both eigen analysis and Ritz analysis. Parallelization options are available to take advantage of multiple processors.
SAFE is a software tailored for the engineering of elevated floor and foundation slab systems. Slab modeling, analysis, and design procedures feature a suite of sophisticated tools and applications, couple with post-tensioning, punching-shear, and beam detailing, and integrate the influence of soils, ramps, columns, braces, walls (rectilinear or curvilinear), and other interfacial elements. Interoperability with SAP2000 and ETABS allows users to import models, loading, and displacement fields into SAFE for more advanced local assessment of slab systems within larger structures.
Post-tensioning : PT.png : SAFE is ideal for designing traditional and post-tensioned (PT) reinforced-concrete slab systems. The PT process is intuitive and comprehensive. Design strips (per grid-line or support conditions), banded and distributed tendon layout, tendon profiles, and jacking options (per force percentage, stress value, or hyperstatic analysis) may all be user-defined or automated (with interactive editing features) according to the following codes: ACI 318-08, AS 3600-01, BS 8110-97, CSA A23.3-04, Eurocode 2-2004, Hong Kong CP-04, IS 456-2000, NZS 3101-06, Singapore CP-65-99. Transfer, final, and long-term PT checks ensure design adequacy. SAFE also provides for beam design with post-tensioning capability.
Support conditions and loading : Punching-shear and drop-panel checks are automatic. If necessary, SAFE designs tie and shear-stud punching reinforcement. Moment-release and rigid-zone options define kinematic relations where vertical and slab systems interconnect. Point-displacement load assignment is available for support conditions. Point, line, area, tension-only, and compression-only spring supports may also be modeled. Point loading with load-size assignment may be superimposed on punching shear locations. At the foundation level, checks are run for punching shear from piers and piles. Nonlinear uplift can be implemented through soil-spring modeling. Manual and automatic point, line, and uniform loads, enveloped and applied per user-defined or building-code specification, are presented in clear and detailed 3D views. 
Analysis : The SAPFire ® Analysis Engine translates the object-based model into an optimal finite-element model by coordinating the tessellation process with object orientation, observing bounds to establish effective aspect ratios, and connecting mismatched mesh seams where area objects connect. A sophisticated slab analysis can then proceed with realistic contribution from adjoining systems. SAFE enables the following analyses: nonlinear, cracked-section, long-term cracked-section (capturing creep and shrinkage behavior), dynamic, Ritz or Eigen modal-frequency, floor-vibration, and foundation-level nonlinear-cracked-slab, among others.
SAFE automatically generates drawing sheets for plan, elevation, and section views that detail and dimension framing, reinforcement, and tendon layout. Options for title block, drawing scale, font, and line type, color, and thickness are available, along with rebar tables and schedules. Tendon views present anchor and stressing-end indicators.

Additional Information:

• Item Code: SAFE
• Production Capacity: 10 or more
• Delivery Time: within 1 week
• Packaging Details: ELECTRONIC LICENSE DISTRIBUTION

Product Details:

Perform3D : PERFORMANCE-BASED DESIGN OF 3D STRUCTURES
Perform3D is a nonlinear analysis and design product focused on displacement-based and capacity design of buildings.Modeling - Nonlinear features include a number of nonlinear building components such as frame hinges, shear walls, dampers, braces, and seismic isolators.
Analysis - The Perform3D analysis engine provides tools for performance-based design, including nonlinear pushover and dynamic earthquake analyses. The analysis engine is 64-bit and the product has the ability to run up to 8 analyses in parallel.
Performance Assessment - Perform3D includes a number of tools for measuring the response of model and assessing the behavior of the structure, including strain gage elements and deformation and strength capacity definitions on both elastic and inelastic components.
The limit state feature in Perform3D can be used to aggregate response data into demand-over-capacity ratios for ease of performance assessment.
Import and Export - Perform3D models can be exported from SAP2000 or ETABS and serve as a starting point for your Perform3D model.

Additional Information:

• Production Capacity: 10 or more
• Delivery Time: 1 Week
• Packaging Details: ELECTRONIC LICENSE DELIVERY

Product Details:

CSiCol is used to model, analyze, and design traditional and composite reinforced-concrete column systems of customized geometry and constitutive behavior. Column attributes, inelastic response, optimized design, and a range of individual and combined performance measures may all be characterized using CSiCol.

The Quick Design Wizard features a series of tools, templates, and code-based options to guide users through the modeling process. Reinforced-concrete columns of any geometric complexity may be easily created. Solid, hollow, and flanged shapes may be drawn, edited, and merged from over 50 parametric shapes, 3000 standard steel shapes, and practical resize, stack, and align controls. Holes and cutouts are easily rendered for hollow- and voided-section design. Rebar-distribution tools arrange reinforcement in various patterns and standardized sets. Manual placement features are also available.

A series of constitutive-modeling capabilities characterize the material behavior of concrete and steel. Concrete stress-strain relations may follow Whitney Rectangle, PCA Parabola, Mander, and various code-based models. Steel models may be linear or nonlinear.

Load conditions and design action are input directly. An unlimited number of combinations are available to the user. Effective length factors and slenderness effects are computed from optional framing- and end-condition specification, providing for sway and non-sway response. Magnified-moment calculations are based on ACI-318 and BS-8110.

Analysis calculates geometric properties, considers true bi-axial behavior through generation of full-capacity interaction surfaces, and characterizes strength and ductile performance through moment-curvature response. P-M, M-M, and stress-strain relations may all be developed for any neutral-axis depth and orientation, and for any bending direction, load level, and combination. Elastic and cracked-section stresses are calculated and displayed per bi-axial bending, shear, axial, torsional, and combined conditions. Additional analysis features include rebar-stress calculation, load-point location, and limit-state assessment. Performance measures may be user-specified or computed through calculation.

The Automatic Design feature follows user-specified minimum and maximum parameters, along with criteria for design-process hierarchy, to optimize column design and reinforcement layout. Images and data may then be summarized in customized reports.

Additional Information:

• Production Capacity: 10 or more
• Delivery Time: 1 week
• Packaging Details: ELECTRONIC LICENSE DELIVERY

Product Details:

DraftWin is a detailing software specifically designed for users of ETABS (a structural analysis and design software) in India, focused on automating the generation of structural drawings and schedules. Unlike general-purpose CAD software like AutoCAD or SolidWorks, DraftWin is tailored to simplify and accelerate the detailing process of structural elements such as beams, columns, and slabs based on ETABS analysis and design. Key features and functions of DraftWin:
    Automated Detailing:    DraftWin aims to automate the generation of detailed drawings and schedules for structural components, reducing manual effort and potential errors. 
ETABS Integration:It works in conjunction with ETABS, importing design data to facilitate the detailing process. Specific Modules:DraftWin has dedicated modules for detailing different structural elements, including beams, columns, slabs, and footings. Reinforcement Management:The software allows users to modify reinforcement details and provides warnings for potential violations of design codes or standards. Output Formats:It can generate schedules and potentially export drawings in formats like DXF, which can be further used in other CAD programs. Focus on Indian Market:DraftWin is marketed as India's first detailing software for ETABS users, indicating a specialized focus on the needs of the Indian construction industry

Additional Information:

• Production Capacity: 10 or more
• Delivery Time: 1 WEEK
• Packaging Details: ELECTRONIC DELIVERY LICENSE

Product Details:

ESAPRO Plant Solutions : The ESAPRO modules dedicated to piping designers
ESAPRO Plant Design : Plant Design is a family of applications dedicated to the 3D design of industrial plants. With these applications, you can model piping, create isometric sketches, design supports, and verify pressure loss.ESAPRO 3D Piping is ideal for designing 3D plants. It offers customizable catalogs with over 100,000 components, real-time interference checking, modeling of equipment and steel structures, 2D drawings and BOMs. It is also  integrated withESAPRO P&ID : ESAPRO Isometrics is the ideal software for creating automatic isometric sketches and generating material lists. Integrated with ESAPRO 3D Piping, it offers powerful dimensioning and automatic annotation features, ensuring speed, graphical quality, and flexibility.ESAPRO Spool : is an add-on to the ESAPRO Isometrics module that allows for efficient organization of spool prefabrication for the workshop. It automatically identifies and labels spools, generates material lists, and creates detailed sub-sketches with dimensions.ESAPRO Supports : is an add-on to ESAPRO 3D Piping for designing 3D piping supports. With an extensive library of parametric parts, it automatically generates 2D construction drawings with dimensions and material lists, improving project efficiency.ESAPRO Stress : Interface is an add-on to ESAPRO 3D Piping that exports 3D geometry to the most popular piping stress analysis software like CAESAR II®, PASS/SUITE®, ROHR2®, and AutoPIPE®. By generating neutral PCF files, it eliminates the need for manual input.ESAPRO Head Loss : is an add-on for the ESAPRO 3D Piping module that calculates the head loss in pipelines. It generates a spreadsheet from the 3D model, showing losses for each component and the total, validating your plant.
ESAPRO 3D Piping is a comprehensive software for creating 3D plant layouts. Using standard AutoCAD solids, it offers high execution speed and accurate graphical representation, both during modeling and in the printing of views and sections. Designed to facilitate work to the maximum, it reduces the difficulties of 3D modeling even for less experienced users.
ESA ISOMETRICS : Adding ESAPRO Isometrics to your workflow allows you to create automatic isometric sketches and generate detailed material lists quickly and accurately. This module drastically reduces drawing development time, maintaining high graphical quality and multiple editing possibilities.
ESAPRO Spool is an add-on to the ESAPRO Isometrics module that enables efficient organization of spool prefabrication for the workshop. This module allows for dividing a sketch into spools and automatically generating a material list for each, improving the management of piping line prefabrication and providing precise and detailed information on the required materials.
ESAPRO Supports is an add-on to the ESAPRO 3D Piping module that allows you to design 3D piping supports with precision and speed. This module offers a vast library of customizable parametric parts, simplifying the assembly of supports and enabling the generation of detailed construction drawings and material lists.
ESAPRO Stress Interface is an add-on to the ESAPRO 3D Piping module that allows exporting 3D geometry to the most popular piping stress analysis software. This module ensures maximum safety and compliance in design, simplifying the process of transferring the necessary geometric data for stress analysis
ESAPRO Head Loss is an add-on for the ESAPRO 3D Piping module dedicated to the precise and detailed calculation of head loss in pipelines. This advanced tool allows engineers to accurately evaluate head loss along the pipeline path, optimizing sizing and improving plant operational efficiency.

Additional Information:

• Production Capacity: 10 or more
• Delivery Time: 1 WEEK
• Packaging Details: ELECTRONIC LICENSE DELIVERY

Product Details:

Autodesk® AutoCAD® Civil 3D® is a civil engineering design and documentation software that supports Building Information Modeling (BIM) workflows by extending the value of the model.

With a focus on optimizing a variety of civil infrastructure project workflows, such as roads and highways, land development, rail, airports and water, Civil 3D helps civil infrastructure project teams improve delivery, maintain more consistent data and processes, and respond faster to project changes. Civil 3D helps organizations streamline time-consuming tasks such as intersections, roundabout and corridor design, parcel layout, pipes and grading with specific tools and customizable design standards.

Civil Engineering Software, Infrastructure Engineering Software, Architectural Engineering Software, CAD Software

Product Details:

Autodesk Revit software is built for Building Information Modeling (BIM), helping professionals design, build, and maintain higher-quality, more efficient buildings. Using the information-rich models created with Autodesk Revit software, architects, engineers, and construction firms can collaborate to make more-informed decisions earlier in the design process to deliver projects more efficiently. Any design changes made in Revit models are automatically updated throughout the model, keeping designs and documentation coordinated more reliable. Autodesk Revit includes features for architectural design, mechanical. electrical, and plumbing, structural engineering, and construction.Autodesk Revit software is built for Building Information Modeling (BIM), helping professionals design, build, and maintain higher-quality, more efficient buildings. Using the information-rich models created with Autodesk Revit software, architects, engineers, and construction firms can collaborate to make more-informed decisions earlier in the design process to deliver projects more efficiently.

Key Features of AutoDesk Revit Software

• Parametric components Place walls, doors, and windows in an open, grapical, parameter-rich system for design and form-making.
• Worksharing Save, sync, review and update work to a centrally shared model in the Revit project collaboration environment.
• Schedules Use tables to better capture, filter, sort, display and share project data.
• Interoperability Revit imports, exports, and links with commonly used BIM and CAD file formats, including IFC, 3DM, SKP, OBJ and more.
• Annotation Communicate design intent effectively with tools for tagging, dimensioning and illustrating in 2D and 3D.
• Global parameters Embed design intent with project-wide parameters that work with radial and diameter dimensions and equality constraints.  
• Developer tools and solutions Extend Revit functionality with Dynamo, API access, developer solutions and BIM content on the Autodesk App Store.
• Generative design in Revit Evaluate and compare design alternatives at scale with Generative Design in Revit. Available exclusively to AEC Collection subscribers.
• Visibility settings and overrides Control visibility by hiding, revealing and highlighting building elements. Use overrides to customise appearance. 
• Twinmotion for Revit Launch Twinmotion directly from Revit. Sync design data and immerse yourself in the intuitive creator environment to bring your design to life as photo-realistic stills, scenes and animations.
• Standard and custom family content Load content from the Autodesk cloud into a Revit project or create your own libraries of building components.
• Personalisation and customisation Customise the user interface to fit, with configurable keyboard shortcuts, ribbons and toolbars.

Product Details:

PLAXIS

PLAXIS is the leading geotechnical finite element software developed specifically for deformation analysis of soils and rock. Renowned within civil engineering, nuclear, oil & gas and renewable energy industries for ease of use and accuracy, it will help you optimise your designs more effectively than applying traditional conservative calculation methods.

• EMBANKMENTS, FOUNDATIONS AND EXCAVATIONS
• OIL, GAS AND OFFSHORE
• ROCK, MINING AND TUNNELLING

 

Geotechnical applications often require advanced constitutive models for the simulation of the non linear, time dependent and anisotropic behaviour of soils and rock. In addition to traditional Mohr-Coulomb and linear elastic materials, further models have specifically been developed with parameters that can be readily determined using standard soil testing methodologies. Pore pressures in the soil can be accurately captured for both simple hydrostatic, water-table derived problems as well as more complex situations where artesian conditions, ground water flow and soil excavation drive the pore water pressures.

 

Developed by Plaxis bv, the software includes geometry creation tools and automated settings to allow geotechnical problems to be analysed efficiently & accurately with the minimum of training.


PLAXIS has 2D and 3D versions, with optional dynamics, transient ground water flow and thermal add-on modules available separately or as a suite.

PLAXIS is renowned as a robust, reliable and user-friendly finite element software solution. Thanks to its sound computational procedures, PLAXIS provides a comprehensive solution for design and analysis of soils, rocks and associated structures and has been implemented worldwide in industries dealing with embankments, excavations and foundations.

 

Typical PLAXIS applications include stability analysis of embankments, displacements around an excavation pit, and dam stability during different water levels. The applicability of PLAXIS has been extended to solve problems dealing with excavations in soft soils, piled-raft foundations, embankments or dams with creep behaviour and its interaction with consolidation and large deformation analysis.

Due to PLAXIS broad range of capabilities across the oil, gas and offshore industry chain and its efficient workflow, it removes the need to maintain several different software packages, improving productivity and reducing project and software maintenance costs. PLAXIS offers a full solution for the oil and gas industry ranging from geomechanical to geotechnical analysis. Geomechanical applications include reservoir and wellbore scale analysis of borehole stability or reservoir depletion.

Due to the broad software capabilities, PLAXIS is essential for rock, mining and tunnelling With PLAXIS you are able to investigate the behaviour of rock masses as a result of tunnelling processes and mining activities. The material models for a rock mass can vary depending on the rock mass characteristics.

 

If the rock mass exhibits non-significant anisotropy in strength and deformability, the rock mass can be considered as isotropic in, for example, tunnel design. This assumption is usually acceptable as long as there is no preferred orientation of joints within the rock mass that controls the rock mass behaviour. If the rock mass contains a single dominant joint direction, the behaviour of the rock mass is anisotropic.

Modules : PLAXIS 2D, PLAXIS 3D, PlaxFlow, Dynamics, Thermal

Civil Engineering Software, Infrastructure Engineering software, Architectural Engineering software, Geotechnical Engineering Software, CAD Software

Product Details:

RebarCAD is the industry leading reinforced concrete detailing and bar bending schedule solution from engineering software developer CADS. RebarCAD runs in AutoCAD and has been used to detail everything from commercial buildings to transport, power plants and residential blocks.

RebarCADs success is due to its advanced detailing features and technical excellence, which includes integration with fabrication software. RebarCAD can detail any structure (including those with irregular geometry) and has been successfully used on all sorts of building, transportation, water, process and power projects including many precast concrete elements.

Consultants, Contractors and Fabricators
========================================
- Accurate and error free bar bending drawings and schedules
- Rapid drawing creation within an AutoCAD environment
- Powerful editing and revision features minimise project time
- Quickly copy and paste RebarCAD details between drawings
- Draw bars in just a few steps with code compliance checked as it is drawn
- Detailing facilities cover flat slabs, circular tanks, bridge decks, abutments and many more
- Huge library of pre-defined shape codes with the ability to add your own
- Detailing macros for stair flights, pile caps, pad footings and octagonal bases save you time
- Automatic, always current, bar scheduling can be formatted the way you want
- Integrates with CADS design software to automate your detailing
- RebarCAD supports Ancon CCL, MacAlloy MSP, Lenton, Dextra and other leading coupler manufacturers
- Export directly to fabricators production software and machinery such as Schnell and PEDAX

Developers
==========
- Optimised bar bending schedules minimise scrap
- Prevent inaccurate reinforcement drawings
- Eliminate mistakes in the bar bending schedule
- Intelligent bar optimisation reduces steel costs
- Advanced detailing features allow drawings and rebar lists to be produced quickly to keep your project on time
- Editing and revisions are simple and quick to handle
- Combine projects to realise even bigger material savings

International outsourced detailing services
===========================================
- Supports international codes: British Standards (BS 8666:2005 (ISO 4066), BS 8666:2000 and BS 4466), Eurocodes (EC2), Indian Standards (IS 2502: 1963 (Reaffirmed 1999) and IS 13920: 1993), North American Standards (ACI 315-99) and South African Detailing Standards (SABS)
- Accurate and error free bar bending drawings and schedules
- Rapid drawing creation within an AutoCAD environment- Powerful editing and revision features minimise project time
- Quickly copy and paste RebarCAD details between drawings- Draw bars in just a few steps with code compliance checked as it is drawn
- Detailing facilities cover flat slabs, circular tanks, bridge decks, abutments and many more
- Huge library of pre
-defined shape codes with the ability to add your own
- Detailing macros for stair flights, pile caps, pad footings and octagonal bases save you time
- Automatic, always current, bar scheduling can be formatted the way you want
- Integrates with CADS design software to automate your detailing
- RebarCAD supports Ancon CCL, MacAlloy MSP, Lenton, Dextra and other leading coupler manufacturers
- Export directly to fabricators production software and machinery such as Ariadis

Product Details:

AutoDesk - Bridge modeling: A digital canvas for collaborative design software : Discover ways using specialized software to create digital blueprints brings ideas and perspectives together, from concept to construction and beyond.

What is Structural Bridge Design? Structural Bridge Design offers a set of capabilities for the analysis and design of bridge structures using line beam, grillage, frame analysis, and finite element techniques, all integrated into one product.
What is bridge modeling? : Bridge modeling is the process of using specialized software to create digital blueprints of bridge structures. Sophisticated algorithms and modeling techniques are used to replicate the physical attributes and behavior of bridge elements in a virtual environment. The goal is to help engineers design bridge models, perform structural analysis, and visualize models in the context of their natural and built environments to share with project stakeholders.

Connecting the world with 3D bridge modeling software : 
Bridge modeling software provides a digital canvas for building detailed models, simulating how they’ll operate in real-life stress conditions and adjusting blueprints to reflect those insights long before construction begins. This is done using tools such as:
Parametric modeling: enables the creation of intelligent, customizable 3D models and quick adjustments and iterations based on changing design parameters and requirements.
Finite element analysis (FEA): Engineers can assess structural integrity by simulating real-world conditions, analyzing factors such as stress, load distribution, and material behavior.
Clash detection: identifies conflicts or interferences between design elements, preventing potential construction issues.
Visualization tools: provide realistic visualizations for better understanding and communicating design intent to stakeholders.
Complex geometry handling: capable of facilitating intricate bridge designs, including curved structures, complex shapes, and unconventional geometries, with accurate modeling and analysis.
Collaboration tools: facilitates collaborative work among multidisciplinary teams, allowing seamless communication and coordination among project architects, engineers, and contractors.
When construction begins, blueprints and models serve as digital twins for virtually validating concepts, managing the construction process, allocating resources, and conducting ongoing maintenance after delivery.
The data that bridge modeling software aggregates makes it an effective hub for project stakeholders to access and review variables in virtual plans, edit models remotely in real time, and get disciplines (architects, engineers, contractors) on the same page.

Benefits of 3D bridge modeling software : Computer-aided design impacts several stages of a bridge construction project. The best way to understand its importance is to highlight where bridge modeling software comes into play, such as:
Data-informed negotiations : CAD models can be referenced during negotiations to clarify project specifics and ensure the client’s expectations and the contractor’s proposed process are aligned.

Connected workspaces : During construction, CAD models serve as a digital canvas for managing a bridge project through completion and as a workspace where stakeholders can share ideas and interact with data in real time

Project management : Digital models can be updated with real-time feedback and mark-ups to help monitor progress when a project is in the construction phase

Additional Information:

• Production Capacity: 10 and above
• Delivery Time: within 1 week

Product Details:

Autodesk InfoDrainage is a comprehensive tool for designing, analyzing, and managing sustainable stormwater systems, featuring seamless Civil 3D integration, detailed hydraulic analysis for pipes/SuDS, cloud-based rainfall calculations, AI-driven flood mapping, customizable reporting for compliance, and intuitive visualization (2D/3D) to deliver efficient, cost-effective, and compliant drainage designs for urban development. It supports both traditional and Sustainable Drainage Systems (SuDS), optimizing performance and reducing rework by integrating design, analysis, and compliance into one platform. Key Features:
    Design & Analysis:        Integrated Hydraulic Engine: Detailed analysis of pipes, manholes, storage, and green infrastructure (SuDS).        Sustainable Design: Tools for SuDS elements like swales, ponds, and infiltration systems.        1D/2D Modeling: Accurate simulations of flow and flood scenarios.        AI/ML Deluge Mapping: Machine learning to quickly generate flood risk areas and water pathways.        Cloud Analysis: Faster rainfall/runoff calculations.    Integration & Workflow:        Civil 3D Integration: Seamless data exchange with round-tripping for BIM workflows, updating surfaces and pipe networks.        Template-Driven Design: Pre-set templates to speed up regulatory compliant designs.        Digital Twins: Realistic visualization of drainage networks within context.    Compliance & Reporting:        Automated Auditing: Tools to check designs against local regulations.        Customizable Reports: Generate tailored reports for various stakeholders and approval processes.        Validation Tools: Highlight errors and suggest solutions to prevent rework.    Visualization & Usability:        3D/Profile Views: Clear visualization of network connectivity and space usage.        Intuitive Interface: Easy-to-use graphical interface with guided workflows.        Build Tables: Manage and modify network properties (inflows, pipe specs) efficiently. 
Benefits:
    Efficiency: Accelerates design, reduces iterations, and streamlines approvals.    Sustainability: Focuses on green infrastructure and climate-resilient solutions.    Accuracy: Detailed analysis and validation reduce errors and risks.    Cost-Effectiveness: Optimizes design for performance and resource use

Product Details:

Powerful Naval Architecture Software - Create initial hull designs and assess stability of all types of existing marine vessels. Use this complete set of integrated naval architecture tools to visualize and optimize vessel designs.
What is MAXSURF? - Maxsurf is naval architecture software ideal for the design of marine vessels. Maxsurf includes capabilities for hull modeling, stability, motions and resistance prediction, structural modeling, structural analysis, and export to vessel detailing. Maxsurf operates from a single parametric 3D model in order to ensure smooth communication and coordination across various involved in the project. Assess Vessel Compliance - Ensure compliance with international stability criteria and balance vessel performance requirements using integrated analysis tools. Perform a range of analyses including intact and damaged stability, resistance and motions prediction, and structural analysis. Model Marine Vessels - Create complex 3D hull forms for any type of vessel using wizards and interactive sketch tools. Systematically explore design alternatives by making measured changes to models with easy-to-use tools. Apply transformations to increase the productivity of the initial hull design process. Optimize Vessel Design - Perform faster hull form variation and analysis with team-based concurrent modeling on a common 3D parametric model. Easily visualize and assess design alternatives within a consistent graphical environment with smooth data flow. Maxsurf

• Model complex vessels using dynamically trimmed 3D NURB surfaces
• Flexible data import, mesh modeling, and automatic curve and surface fitting
• Design power, sail, commercial, and naval vessels made from steel, aluminum, wood, or composite materials
• Probabilistic damage stability
• Radiation diffraction panel method motions prediction
• Dynamic, time domain, and structural analysis

Additional Information:

• Production Capacity: 10 or more
• Delivery Time: 1-2 Weeks
• Packaging Details: Electronic Delivery