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PV Elite 2016 Buy

 

 

The program sums the weights of each element and all its details to calculate the compressive stresses in the vessel wall. Our intention is to ensure that customers continue to benefit from the strengths of both products. Spacing between multiple nozzles is checked. Help on any input item is only a keystroke away. These stresses are compared to their allowables, graphical results are also provided. Pressure, too, causes either tensile or compressive longitudinal stresses in the vessel wall. Status bar displays important results for the elements, such as required thickness and maximum allowable pressures, as well as informational values such as design length, cone half apex angle, and flange rating etc. To make the design process easy, the status bar constantly displays the position of the current element, its required thickness, its maximum allowable working pressure and its maximum allowable pressure in the new and cold condition. Our goal is to ensure that you feel comfortable in buying our software. The drawing can also be saved in PCX image formats. This insures that you are always aware of how changes to a design are affecting the vessel. Intergraph PVElite can export to PRG s NozzlePro software for FEA analysis of pressure vessel supports (saddles, legs, lugs), nozzles, and connections. The program considers the whole vessel, addressing all of the wall thickness rules and stress analysis requirements for vertical towers, horizontal vessels and heat exchangers. The picture of the vessel can printed both in 2D and 3D. Results can be printed directly to a printer, exported to MS Word or exported to a text file. Intergraph PVElite has a Foundation3D interface, with which users can automatically export the data for foundation design, from a Intergraph PVElite file to a Foundation3D file.

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