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Finite element analysis in PVP
FEPipe is a template-based software solution specifically designed for use in the pressure vessel and piping (PVP) industry. Based on the chosen template, FEPipe performs detailed simulations using Finite Element Analysis (FEA) to comply with the ASME B&PV Section VIII Division 2. What separates FEPipe from general purpose FEA software packages is its ability to rapidly construct PVP geometries and produce ASME code compliance reports.
FEPipe is part of the PVPT (Pressure Vessel Piping and Tank) Design Suite.
More than 30 years of experience with piping analyses has been incorporated in FEpipe and we are continuously transferring our knowledge and that of our users into new versions of the software.
The parametric approach used in FEPipe permits even novice pressure vessel engineers to construct accurate models using only dimensional input. FEPipe automatically creates the model geometry, finite element mesh, applied loads, and boundary conditions based on standard dimensions.
Results are presented in terms of ASME code compliance reports instead of generalized stress tensors and stress intensities as general FEA tools tend to do. This enables novice user to use and comprehend the package.
FEPipe includes a load case processor that automatically accounts for load cases that contribute to failure in piping and pressure vessel components. Such as weight, thermal load, internal/external pressure, seismic loads and loads due to acceleration or fluid head.
A large number of common PVP geometries can be modeled using FEPipe templates:
Unreinforced and reinforced tees, lateral, and hillside nozzles or piping intersections
Saddle supported vessels and heat exchangers
Large diameter piping and ducting using shell elements
Piping systems using standard 6 degree of freedom (DOF) beam elements, new 18 DOF beam elements, or shell elements
Vessels with all geometric features including nozzles, support skirts, heads, structural clips, and stiffening rings.
Flanges with bolt loads, pressure, external loads, and thermal analysis
Tangential entry nozzles in cylindrical shells (rectangular, obround, and cylindrical nozzles)
Learn all about conducting ASME VIII-2 assessments using FEPipe.