Why FEA, WRC 107, WRC 537 Are All In COMPRESS

Why FEA, WRC 107, WRC 537 Are All In COMPRESS 2018-01-11T11:01:54+00:00

Why COMPRESS Includes WRC 107, WRC 297 and FEA

ASME VIII-1 provides design rules for nozzles subject to pressure. It also requires consideration of external loads such as those imposed by attached piping. The Code does not provide rules for external loads so the methods from WRC 107, WRC 297 and more recently WRC 537 are used. WRC 107, WRC 297 and WRC 537 are valid for many, but not all, nozzle geometries encountered in practice. For example, the WRC methods do not cover nozzles on blind flanges or flat heads. API 660 heat exchangers with nozzles on bolted covers can, however, be handled with FEA. In general, our pressure vessel FEA can be used to meet the requirements of the Code when nozzles and attachments exceed the limitations of WRC 107 \ WRC 297 \ WRC 537, nozzle fatigue analysis is required or more accurate results are desired.

  • The TEMA 9th Ed. requires FEA when calculating flexible shell element (FSE) spring rates and stresses. Our heat exchanger calculation includes FSE FEA and performs this analysis automatically.

  • Codeware’s FEA implementation is more accurate and usually less conservative than the methods of WRC 107, WRC 297 or WRC 537. Our FEA engine has been licensed from Paulin Research Group (PRG), a leading authority in the field of pressure vessel and piping stress analysis. PRG’s NozzlePro FEA analysis has been used successfully by industry for decades and is unique in that it has been verified by extensive burst and strain gauge tests.

  • Performing FEA with Codeware products is simple. Details input are automatically transferred to the FEA engine and the FEA results are included in the calculation report.

  • COMPRESS and INSPECT include FEA as standard equipment. Competitors either charge extra for this feature or do not offer it at all.

  • COMPRESS and INSPECT 2017 add additional pressure vessel FEA functionality including FEA of clips, lugs, support saddles and structural attachments.

  • FEA based nozzle fatigue complying with ASME VIII-2 design by analysis is included.

Nozzle Finite Element Analysis (FEA) is included at no additional charge
COMPRESS and INSPECT feature pressure vessel FEA which includes nozzle fatigue analysis
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