Pipe stress analysis / dynamics
- Pipe structural calculations using Rohr2 and CAESAR II in accordance with the following codes: EN13480, ASME B31.1, ASME B31.3, FDBR, AGFW, ISO14962, EN13445
- Analysis of the susceptibility to vibration of pipe systems and resonance optimization endangered piping systems (Video example vibrations)
- Component dimensioning using the Finite Element Method (FEM)
- Static and dynamic analysis of loading conditions
- Stress analysis of piping systems made of highly diverse materials: ferrites, austenites, glass fiber reinforced plastics (GRP) and other plastics
- Stress analyses with regard to load combinations at various pressures and temperatures
- Studies of dynamic loads from earthquakes (EN1998‐2004, UBC1997, ASCE7‐10) and vibrations
- Assessment of the resonance behavior of piping systems based on natural frequency analysis
- Modelling of gas ducts with expansion joints, including bracing
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FEM for spherical fitting in the HP/HT range using ROHR2fesu
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FEM of piping section with deformation and stress analysis using ROHR2fesu
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FEM of piping section with boundary point displacement and stress analysis
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Bend support with FEM network structure
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Braced expansion joints in CAESAR II
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Braced expansion joints in CAESAR II / visualization of operational state
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Gas duct modelling in CAESAR II
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Visualization of displacements at the gas ducts in an operational state
