FE/Pipe Examples of Models That Have Been Built with FE/Pipe: | Basic | Complex | Advanced | Unreinforced
Fabricated Tee
Welding Tee
Pad Reinforced Tee
Y-Fitting
Pipe Supports
- Bends w/ Staunchions | Y-Fitting
Vessel with Saddles
Spherical Shells
Gusseted Agitator Nozzles
Flanges
Multiple Nozzles & Supports in Heads | Fixed Tubesheet Heat Exchangers
Stacked Pressure Vessels
Dent Modeling
Spherical Vessels w/ Leg Supports
FCC Cracker Systems |
Automatic Code Compliance for the Pressure Vessel, Piping & Nuclear Industries: - ASME Section VIII, Div. 2, Appendix 4
- ASME Section VIII, Div. 2, Appendix 5
- ASME Section VIII, Div. 2, Article 4-9 Tubesheet Stresses
- ASME Section VIII, Div. 1, Appendix 2
- ASME Section VIII, Div. 1, Appendix BFJ (proposed)
- ASME Section VIII, Div. 1, Appendix A Tube and Tubesheet Strength Calculations
- ASME III Subsection NH
- AISC Manual of Steel Construction
- TEMA
- NEAM Tube Buckling Calculations
Other Codes/Methods are considered or used for comparative calculations SIFs and Flexibilities for B31.1, B31.3, and any other piping code
WRC 107/297 Nozzle Stress Calculations
N-318 Lug Calculations
N-392 Round Attachment Calculation
Code area replacement calculations at nozzles
Zick calculation for saddle supported vessels (satisfies new Division 2 and several existing foreign codes such as BS5500)
Nozzle Flexibilities per WRC297 and NB3685 Additional FEA Analyses Performed: Buckling
Plasticity
Flow Thermal BCs to Simulate LNG or LN2 or Liquid Evaporation & Flow
Steady State & Transient Thermal Solutions for Brick Templates
Uniform Soil Stiffness Modeling |
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Process & Power 
