COMPRESS Videos
Overview
See selected COMPRESS features in action. These videos highlight the software's most popular features as well as recent developments.
How to Export COMPRESS 3D Solid Model Files: COMPRESS 2011 solid model files can be exported to third party software such as AutoCAD®, Inventor®, PDMS® or SolidWorks®.
Download "How to Export COMPRESS 3D Solid Model Files" Video (.wmv)
Import COMPRESS 3D Solid Model Files into AutoCAD: How to import COMPRESS 2011 solid model files into AutoCAD®.
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Import COMPRESS Files into AutoCAD Plant 3D: How to import COMPRESS 2011 solid model files into AutoCAD Plant 3D. COMPRESS 2011 saves time by eliminating the need to manually create vessel and exchanger equipment within your plant design software.
Download "Import COMPRESS Files into AutoCAD Plant 3D" Video (.mov)
Create 2D Vessel Drawings From COMPRESS 3D Solid Model Files: The COMPRESS 2011 solid model export reduces the time required to create pressure vessel geometries in third party software. See how to use a COMPRESS solid model to create 2D pressure vessel drawings with Autodesk Inventor®.
Download "Create 2D Vessel Drawings From COMPRESS 3D Solid Model Files" Video (.mov)
Pressure Vessel Component Design Using COMPRESS: It's easy to design or rate individual ASME pressure vessel components with COMPRESS. See how to use the COMPRESS design mode to optimize two common ASME Code components; a nozzle on a cylinder (UG-37, UG-45) and a custom flange (Appendix 2).
Download "Pressure Vessel Component Design Using COMPRESS" Video (.wmv)
Post Construction Hydrotest Calculations In COMPRESS: Pressure vessel specifications often require that the equipment be designed for a field hydrotest in the fully corroded condition. See how to do this in COMPRESS 2011.
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Perform FEA on Nozzles: The ASME Code requires analysis of piping and other loads on pressure vessel nozzles. However, traditional methods like WRC-107 and WRC-297 do not address all the nozzle intersections and loadings encountered in practice. The COMPRESS FEA-Nozzles feature solves this problem by providing a quick and reliable finite element analysis (FEA) of pressure vessel and heat exchanger nozzles.
Shell Seam Placement on Pressure Vessels: Pressure vessel drawings and API 510 (post construction) calculations require correct seam placement. See how to add longitudinal shell seams to a COMPRESS model.
Download "Shell Seam Placement on Pressure Vessels" Video (.wmv)
Questions?
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What Our Clients Say
"We have been using COMPRESS since its inception. Les Bildy has developed a first rate product. We have found it very user friendly, and can't imagine our company succeeding without it."
General Manager
Hooper Welding Enterprises
"In our 20 plus years of using COMPRESS including the design, quotation and fabrication of in excess of 10,000 pressure vessels, we have come to rely on the accuracy and dependability we get each and every time."
Director of Operations
Mountaineer Fabricators