Available OnDemand

AutoPIPE is a comprehensive and advanced software for pipe stress analysis with an intuitive modelling environment and advanced analysis capabilities. Join this webinar to learn about how you can increase productivity and improve accuracy by using AutoPIPE for a Pipe Stress Analysis.

​In this webinar, we will showcase: 

• Productivity Modelling​
• Interoperability with 3D plant solution​
• Improve accuracy by load sequencing non-linear analysis​
• Seamless integration with structural analysis solutions
  
  

Watch OnDemand

Manoj is a Mechanical Engineer with 7.5 years of total experience in piping design and detailing, piping Stress Analysis. He joined Bentley in 2018 as Application Engineer, Piping. He develops and conducts training, technical presentation and demonstration to a growing community of Bentley AutoPIPE’ users. Before joining Bentley, he worked as Pipe Stress Engineer at an engineering consultancy firm in India.

Jagadeesh is an experienced professional with a demonstrated history of working in the CAE/CAD industry. He has total experience of close to 15 years, and currently, working in Bentley Systems India, as Product Sales Engineer.  As a Product Sales Engineer at Bentley’s Virtuosity, he helps professionals across India solve their complex engineering problems and improve their design workflows by providing best practices.

Tulsi is an experienced professional with a demonstrated history of working in the CAD/CAM/CAE industry.  He has total experience of close to 15 years, and currently, working in Bentley Systems India, as Product Sales Engineer.  At Bentley’s Virtuosity, he helps professionals across India solve their complex engineering problems and improve their design workflows by providing best practices.

Prajesh is a Mechanical Engineer, experienced professional with demonstrated history of working in CAD/CAE industry. He has an experience of more than 5 years and currently at Bentley’s Virtuosity as Product Sales Engineer helping professionals all over India to solve complex piping related problems and Increase their productivity and improve their analysis and design processes by providing the appropriate and cost-effective solution.