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Pipe Stress and Vessel Analysis
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AutoPIPE
AutoPIPE
Pipe Stress Analysis And Design Software
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Take The Stress Out
AutoPIPE: Your Partner in Piping Project Success
Download the AutoPIPE Product Data Sheet ❯
What’s New?
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AutoPIPE Communities page ❯
Take The Stress Out
AutoPIPE: Your Partner in Piping Project Success
What’s New?
AutoPIPE
Get your pipe stress analysis essentials.
Includes:
- The ability to model, analyze, and visualize pipe stress
- Clash detection
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AutoPIPE Advanced
Includes everything from AutoPIPE, plus:
- Advanced analyses, such as buried pipe, flange, force time history, multiple response spectra analysis, fluid transient, stress, seismic, and more
- Optimizer technology support to evaluate many configurations quickly
- More design codes
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AutoPIPE Nuclear
Includes everything from AutoPIPE Advanced, plus:
- Nuclear analysis
- Nuclear codes
- Fatigue analysis
- Thermal transient analysis
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*Prices vary per region. For more options, see licensing and subscriptions section.
What is AutoPIPE?
AutoPIPE is a sophisticated analysis and design application that calculates pipe stress, loads, and deflections under various load conditions. It boasts numerous automation features and exceptional interoperability with other software applications like STAAD Pro® and SACS™.
Key Features:
- Genetic Algorithm Support Optimizer
- Intuitive Modeling Environment
- Comprehensive Analysis Capabilities
- Extensive Code Compliance
- Results Visualization and Reporting
- Quality Assurance
Model, Analyze, and Visualize Pipe Stress
Improve efficiency with object-oriented point-and-click interactive modeling. Save time and improve consistency due to AutoPIPE’s robust integration with all major intelligent 3D CAD systems. Rapidly set up, analyze, and visualize results for various loading scenarios, including thermal, seismic, wind, and dynamic (response spectra) load cases.
Check Structural Interoperability and Pipe Stress Clashes
Improve model accuracy and better represent real-life plants by including the support structural stiffness in the piping model and transferring the support reaction loads to STAAD.Pro. Analyze any static or dynamic loading condition applied to piping and structures, then determine the pipe stress operational displacements and clash check them against the entire plant model.
Comply with Industry Codes and Standards
Ensure your projects comply with major American (ASME) and European (EN) metallic piping codes. The software includes API, NEMA, ANSI, ASCE, AISC, UBC, ISO, and WRC guidelines and design load limits. AutoPIPE offers easily accessible, built-in ASME B31J flexibility and stress intensification factor calculations with a simple checkbox.
What is AutoPIPE Advanced?
AutoPIPE Advanced includes everything that is in the base version of AutoPIPE, plus it offers even faster analysis and optimization features.
Advance Your Analysis Capabilities
Expanding on AutoPIPE’s capabilities, AutoPIPE Advanced also includes a buried pipe with upheaval analysis and soil properties calculator, flange analysis to ASME VIII Division 1 and 2, force time history analysis, multiple response spectra analysis, harmonic, fluid transient analysis, stress isometric, seismic anchor motion (SAM), wave loading and buoyancy, and much more.
Optimize Supports
Improve efficiency and save time by using the machine learning Support Optimizer technology provided with AutoPIPE Advanced. Let the software use the power of all of your computer’s cores and evaluate thousands of possible support configurations against the design code requirements for the various system loadings.
Comply with Industry Codes and Standards
Ensure the safety of your projects across the power, process, nuclear, offshore, chemical, and oil and gas industries with global metallic and non-metallic piping design codes. The software incorporates major American (ASME), European (EN/ISO/DNV/BS), Canadian (CSA), and Japanese (JSME/KHK) piping codes, plus coverage for hydrogen pipelines and industrial piping with ASME B31.12.
What is AutoPIPE Nuclear?
AutoPIPE Nuclear offers critical design features for safety and shortens nuclear piping design cycles and manufacturing cycles.
Perform Nuclear Analysis
Expanding on the analysis capabilities in AutoPIPE Advanced, AutoPIPE Nuclear also provides fatigue analysis, high energy leakage and crack detection, and thermal transient analysis.
Assure Quality
Bentley development and testing procedures conform to ASME NQA-1, ASME N45.2, CSA N286.7-99, and 10CFR50. Critical error reporting to 10CFR21 is available for subscribers of the QA&R program that also gives access to our validation calculations and allows users to perform audits on our procedures.
Conform to Industry Codes and Standards
AutoPIPE Nuclear includes the American (ASME Class NB and NC/D) and Japanese (JSME NC1 and MITI501) piping codes for nuclear safety-related and critical pipe stress analysis.
AutoPIPE Videos
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User Quote
Seamless software integration from AutoPIPE and STAAD contributed to a shortened product qualification process, saving 60% of the analysis and design cycle time. The software also helped us to coordinate with design teams on final assembly, fabrication, and production, and enabled the timely market launch of the product.
— BANGALORE, INDIA, GE Water & Process Technologies
Featured User Stories
RISE Structural Design
Innovative Tech for A Methanol Plant
The integration of AutoPIPE and STAAD increased the team’s productivity and maintained their project schedule.
Read More ❯
GEOMSA
Subsea Pipeline Design
The team used Bentley’s AutoPIPE to determine how to increase the structure’s integrity and withstand geological shifts in the Gulf of Mexico.
Read More ❯
Pressure Vessels
Increase Efficiency
AutoPIPE Vessel helps manufacturers provide the most productive and cost-effective designs for the safe operation of vessels under all loading conditions.
Read More ❯
Hangzhou Bole Champions 3D Design and Sustainability
Bentley Software Cut Project Time by 20%
The Onyear Betel Nut Plant sets a regional benchmark in digital design and environmental responsibility.
Read Story ❯
Beijing Shougang Powers Wanhua’s Desalination Breakthrough
50% Faster Design with Bentley software, enabling Smart Plant Operations
Wanhua Chemical’s seawater desalination project supports a sustainable, low-carbon chemical park and helps ease water scarcity in Penglai, China.
Read Story ❯
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FAQs
What are the key features of AutoPIPE?
Key features listed include Genetic Algorithm Support Optimizer, Intuitive Modeling Environment, Comprehensive Analysis Capabilities, Extensive Code Compliance, Results Visualization and Reporting, and Quality Assurance.
What analysis capabilities does AutoPIPE offer?
AutoPIPE includes a wide range of advanced analysis capabilities. These include features for advanced buried pipeline analysis, operational (hot) clash detection, wave loading, fluid transients (such as water and steam hammer), analysis of FRP/GRP or plastic pipe, pipe/structure interaction, fluid and friction effects, jacketed piping, flange analysis (including ASME VIII Div 1 and 2), thermal stratification, thermal transient analysis, and various seismic analysis methods. It supports both linear and nonlinear analysis. The software allows rapid setup, analysis, and visualization of results for various loading scenarios, including thermal, seismic, wind, and dynamic (response spectra) load cases.
Which industry codes and standards does AutoPIPE comply with?
The application includes 25 international piping codes. It ensures projects comply with major American (ASME) and European (EN) metallic piping codes. It also includes API, NEMA, ANSI, ASCE, AISC, UBC, ISO, and WRC guidelines and design load limits. AutoPIPE has built-in support for ASME B31J for more accurate flexibilities and Stress Intensification Factors (SIF) for tees. The software is compliant with ASME Section VIII (which governs the construction of pressure vessels), including Division 1 (for pressures above 15 psi) and Division 2 (alternative rules). Other supported codes for pressure vessels include EN13445 (European standard), CODAP (Div 1 & 2) (French code), AD2000 (German code), PD5500 (British standard), and GB (Chinese national standards).
How does AutoPIPE integrate with other software?
AutoPIPE offers significant integration capabilities with other applications. It provides integrated design between piping and structural analysis through bidirectional integration with STAAD.Pro® and SACS™, automatically transferring pipe support loads and importing structures. Users can import 3D plant design CAD models from numerous Bentley applications (like OpenPlant®, MicroStation®) and third-party applications (such as SmartPlant, Aveva E3D, Autodesk Plant 3D, PDS, AutoCAD, CADWorx, SolidWorks, Inventor, CATIA, PlantFLOW®).
Does AutoPIPE help optimize pipe support locations?
Yes, AutoPIPE features a Genetic Algorithm Support Optimizer which uses artificial intelligence to automatically determine the optimal pipe support locations. This is designed to satisfy design requirements while achieving the most cost-effective solution without sacrificing quality or safety. The optimizer can save significant amounts of design time and thousands of dollars.
Does AutoPIPE have an intuitive modeling environment?
Yes, the software offers an intuitive modeling environment with a unique, object-based graphical user interface (GUI). Users can easily create and modify the pipe stress model using point and click actions, with the model display updating instantly. It also supports undo or redo steps for correcting mistakes, performing what-if analysis, or iterating quickly through design scenarios.
What is AutoPIPE? What is AutoPIPE used for?
AutoPIPE is a comprehensive analysis and design application used primarily for calculating pipe stress, loads, and deflections under various load conditions. It is widely utilized in industries such as power, oil and gas, petrochemical, offshore, and nuclear sectors
What software is used for piping design and analysis?
Pipe stress analysis is the process of calculating the stresses, loads, and deflections within a piping system. It is a dedicated application or process for analyzing and designing piping under various static and dynamic load conditions.
Key aspects include:
- It involves calculating the piping stresses, loads, and deflections.
- These calculations are performed under various static and dynamic load conditions.
- It considers a wide range of loading scenarios, such as thermal, seismic, wind, and dynamic (response spectra) load cases.
- The analysis can include advanced features like advanced buried pipeline analysis, operational (hot) clash detection, wave loading, fluid transients, FRP/GRP or plastic pipe analysis, pipe/structure interaction, fluid and friction effects, jacketed piping, flange analysis, thermal stratification, and thermal transient analysis.
- It supports both linear and nonlinear analysis.
- The goal is to ensure high quality, cost-effective piping designs and a smooth workflow, helping to satisfy design requirements without sacrificing quality or safety.
- Software like AutoPIPE is used to rapidly set up, analyze, and visualize results for different loading scenarios and to determine pipe stress operational displacements and clash check them.
What is the difference between AutoPIPE and CAESAR?
AutoPIPE offers machine learning support optimization saving hundreds of design hours. It also offers buried pipeline design and analysis capabilities, with 3D hot clash interference detection. Advanced interoperability allows you to import structural models from applications like SACS for offshore projects or structural analysis applications like STAAD so it’s easy to include the structural steel flexibilities in the pipe model. Structural and piping engineers work more efficiently together reducing risks and non-conformances. AutoPIPE includes support for many international design codes including ASME B31 J, as well as ASME III Nuclear codes for class 1, 2, and 3 piping. (Available in AutoPIPE Nuclear sold by Bentley directly.)
What is AutoPIPE compatible with?
AutoPIPE has full interoperability between OpenPlant, STAAD, SACS, or third party products like CAESAR, SmartPlant, PDMS, or PDS. This allows the pipe design to be automatically imported into the pipe stress analysis program through a PXF file, PCF file, or similar. Advanced mapping ensures piping geometry, pipe properties, material, component class, support data and more are imported correctly. This workflow allows the piping to be modeled just once, increasing efficiency and eliminating manual errors.
What regional codes does AutoPIPE support?
Over 30 international design codes are supported including multiple years of ASME III, B31.1, B31.3, B31.4, B31.8, EN13480, CSA-Z662, ISO14692, DNV F101, ASME B31 J. AutoPIPE is one of the few pipestress analysis programs that adheres to the strictest international quality standards, including ISO 9001, NQA-1, 10CFR50 and approved by NIAC, NUPIC since 1986.
About this software subscription: This Virtuoso Subscription includes a 12-month practitioner license of this software, that comes with Keys (credits) to unlock training and services.
AutoPIPE is available in two tiers, so you can choose the version that is best for you.
AutoPIPE
- Create graphical results and reports
- Produce customized reports in various formats from an open-sourced, optimized SQLite database and eliminate tedious reviews with color-coded results and pop-up windows that help identify and investigate critical issues.
AutoPIPE Advanced
Includes everything from AutoPIPE, plus:
- Advanced analyses, such as buried pipe, flange, force time history, multiple response spectra analysis, fluid transient, stress, seismic, and more
- Optimizer technology support to evaluate many configurations quickly
- More design codes
What are the System Requirements?
- Microsoft Windows 10 or 11 64 bit Professional
- 4GB Hard Drive and 4GB Memory recommended
- Any industry-standard video card that supports Open GL 3D graphics
- Recommended: Adobe Acrobat Reader 10.0 or higher
For the most up-to-date system requirements, visit Bentley Communities.
