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  • Users: lonlyboy
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  1. lonlyboy

    Tube sheet design

    Dear member I'm going to design a fix tube sheet for NET type heat exchanger that has different shell and channel ID . shell Id is 2870 mm and channel ID is 2050 mm . is there any special requirement for design this tube sheet ? is it according to ASME sec VIII-Div 1 part UHX . another special...
  2. lonlyboy

    sum of the principal stresses in ansys / workbench

    ASME section VIII requires the sum of the principal stresses. I would like a plot of the sum of the principal stresses at every node. I need to find the node that has the maximum sum of the principal stresses. Can I do this in workbench somehow?
  3. lonlyboy

    PROTECTION AGAINST LOCAL FAILURE ASME SECVIII DIV 2

    dear member I'm going to design a FSE (thick wall expansion joint) and a nozzle to shell junction by ASME SEC VIII DIV 2 . in addition to an elastic analysis (PROTECTION AGAINST PLASTIC COLLAPSE)our client asked to check PROTECTION AGAINST LOCAL FAILURE,but I found that principals stress to be...
  4. lonlyboy

    Tube sheet design by FEA ( perforated plate)

    I'd like to design a fix tube sheet according to ASME sec 8 div 2 - part 5 and evaluate stress in tube sheet and it’s connection to shell and channel but I don’t know how to define boundary condition according to code while there is an expansion joint in shell side (please see Fig 5.E.3 – ASME...
  5. lonlyboy

    Flange as per ASME code VIII, div 1, appendix 1-6d

    Hi all Is it mandatory to check rigidity for floating head flange ( fig 1-6 d ) which designed according to ASME sec8 div1 app 1-6 equation 10? Thanks
  6. lonlyboy

    Test flange design for shell and tube heat exchanger

    I should design a flange as a test flange for testing tube leakage (shell side is pressurized ,figure E-4.13-1 of tema).I design it according to ASME appendix 2 with P=0 bar and W= MAX (wm1 (H+Hp) from mating flange in test pressure condition, wm2, 0.5*(Am+Ab)*Sa)) therefore Mo=0 and Mo' =...

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