Automate and Optimize Pipe Stress Analysis with AutoPIPE
See how you can take back your time using convenient AutoPIPE features
AutoPIPE Webinar series
Want to simplify your pipe stress analysis and cut down on repetitive work? As piping systems grow more complex, engineers face mounting challenges in support design, flange compliance, and workflow automation.
Join our AutoPIPE session to see how advanced automation, built-in optimization tools, and API integration can help you reduce errors, ensure compliance, and save valuable engineering time. Whether you’re experienced or just starting out, you’ll gain practical insights and see real-world examples of how AutoPIPE transforms your workflow.
Available OnDemand
Pipe stress engineers frequently deal with time-consuming and repetitive tasks that slow down project timelines and increase the risk of human error. These tasks involve manual data entry, iterative analysis, compliance checks, and report generation, often requiring constant revisions.
Bentley AutoPIPE’s API provides automation capabilities that significantly streamline these processes, improving efficiency and accuracy.
What you will learn:
- Overall structure of data API scripting in AutoPIPE.
- Batch processing: Process multiple models automatically.
- Import/export data in custom formats.
Available OnDemand
Designing flanges to EN 1591 presents significant challenges due to its advanced analysis requirements, including elastic interactions, external load effects, fatigue considerations, and complex preload calculations.
Bentley’s AutoPIPE simplifies this process by automating EN 1591 compliance checks, reducing manual workload, and ensuring accurate, code-compliant designs.
By integrating flange analysis with overall pipe stress evaluations, AutoPIPE helps engineers optimize flange performance, prevent failures, and improve long-term reliability.
What you will learn about:
- EN1591 Scope and considerations.
- Flange, materials and gasket catalogs in AutoPIPE.
- Overall design workflows.
- Reporting results.
Available OnDemand
Support placement in piping systems is one of the biggest hidden cost drivers. Too many supports inflate your budget unnecessarily, while too few can compromise safety and structural integrity.
What if AutoPIPE could do the work for you?
AutoPIPE now thinks like an engineer with AI-powered support optimization, automatically reducing costs by analyzing exactly where supports are needed to meet standards without overspending.
Let technology handle the heavy lifting and optimize every support to cut costs without compromising safety.
What you will learn:
- How support optimization can help you to save on materials and engineering time.
- How AutoPIPE’s advanced algorithms reduce the number of supports while maintaining safety.
- How to configure and customize optimization settings for precise and efficient results.
- How to analyze different scenarios and select the most cost-effective solution.
Register Now
Meet the Presenters
Badreddine Ziane
Senior Manager
Solution Engineering, Bentley Systems
Badreddine Ziane is a Structural Engineer and has been with Bentley for over 10 years. He now manages a team of presales and technical support engineers for EMEA within the Analytical Modeling Group. He regularly delivers training, support, and consultancy for piping and structural related subjects. Prior to joining Bentley, Badreddine was a director at Research Engineers France and in charge of sales of engineering software.
Luis Gonzalez
Product Sales Engineer EMEA
Structural | Pipe Stress Analysis | Offshore, Bentley Systems
Luis Gonzalez is a product sales engineer at Bentley. He holds a Msc. in Drilling Engineering and a Bsc. in Mechanical Engineering. Before joining Bentley, he worked in the Oil & Gas Industry in Wells Engineering for more than 10 years. In his current role, his main goal is to help infrastructure engineers deliver their projects using Bentley’s products.
Luis Ramos
Piping Mentor and Founder
Formación Industrial
Luis Ramos is an Industrial Engineer and founder of Formación Industrial center. Before becoming a mentor, he worked as a commissioning engineer and piping lead in major desalination, oil & gas, mining, and energy projects. Throughout his career, he has applied and mastered industry best practices, always leveraging Bentley AutoPIPE as a key tool for advanced piping analysis and optimization.
