Hexagon unveils new PV Elite release for design, analysis of pressure vessels, heat exchangers
Complete software solution incorporates the tools necessary to perform a broad range of vessel analysis and boundary-defining data inputs, enabling efficient design while ensuring those designs are up to safety codes.
Edited by Grace Nehls
Share
Photo Credit: Hexagon
Hexagon’s (Hoofdorp, Netherlands) Asset Lifecycle Intelligence division, a digital reality solutions provider, has announced the availability of a new version of PV Elite, its complete software solution for vessel and heat exchanger design, analysis and evaluation.
Since its launch three decades ago, Hexagon says PV Elite has helped users have confidently design equipment for the most extreme uses. The new version provides them with expanded capabilities for additional safety.
Specifically, this latest release is said to incorporate all of the tools necessary to perform a broad range of vessel analysis and boundary-defining data inputs, enabling engineers to efficiently design and quickly comprehend results that ensure safety.
It includes:
- EN 13445 code enhancements, such as simplified fatigue analysis, creep design and blast loads for horizontal vessels.
- Rectangular vessel analysis for all supported codes.
- North American wind and seismic code updates.
- Material Database user experience enhancements.
This version of PV Elite also includes user experience enhancements, making it easy to learn, start up and use for new and experienced engineers alike. According to Hexagon, it streamlines data entry by breaking input into sensible subsets, while analysis may be done in one pass over the entire pressure vessel model or on individual components (such as shells, nozzles, flanges, etc.).
“Pressure vessel engineers are tasked with projects that vary greatly by size, type and material,” Kristin Coyle, product owner, Hexagon’s Asset Lifecycle Intelligence division, says. “This new version of PV Elite provides them with everything they need to improve their productivity, save time and optimize engineering design using enhanced data capabilities. In addition, it’s easier than ever to learn and use, which makes it perfect for users requiring fast start-up and confidence in their safety code calculations.”
According to Maximilian Stechhammer, head of sales and marketing, Hering AG, PV Elite has helped his company reduce engineering and calculation costs by 30% while maintaining high quality.
RELATED CONTENT
-
SQRTM enables net-shape parts
New out-of-autoclave process combines resin transfer molding with prepregs for complex helicopter part prototype.
-
Innovative Composite Design May Replace Aluminum Chassis
It's been called the automotive engineer's dream material. Able to assume any shape while delivering stiffness, strength and light weight, carbon fiber has been the material of choice for years in structural components and stylishly aerodynamic exterior panels on race cars and exotic supercars costing more th
-
Methods for interlaminar tensile testing of composites: A comparative evaluation
Dr. Daniel O. Adams, professor of mechanical engineering and director of the Composite Mechanics Laboratory at the University of Utah and VP of Wyoming Test Fixtures Inc. (Salt Lake City, UT, US) compares and contrasts the direct and indirect loading methods for interlaminar tensile testing of composites.
