3/21/2024 0 Comments Bentley autopipe training![]() Other than finite element model, all methods are approximate and only valid for a specified range of nozzles.Welding Research Council Bulletin 297 - based on Steele’s theory - implemented in AutoPIPE.Bijllard theory - implemented in AutoPIPE.ASME III Class I - implemented in AutoPIPE.Commonly used methods of calculating nozzle stiffness.Nozzle option allows modeling of local stiffness effects of the vessel and nozzle junction.Vessel nozzle can be generally modeled as Anchors - May give too conservative values for forces on equipment nozzle.Nozzles of equipment like pump and compressors are modeled as Anchor.Vessel and Nozzle Modeling Considerations Water hammer analysis Steam relief valve analysis Slug flow analysisīuried pipe analysis Submerged piping and wave loads Special Modeling Cases Open discussion Nozzle/Vessel models in AutoPIPE Nozzle/Vessel Stresses Using WINNOZL Expansion Joints Jacketed Piping Valves Reducers Flanged elbows, miters and bends Tees FrameĪnalysis assumptions (linear and non-linear) Support non-linearity’s Load sequencing Non-linear occasional loads Result interpretationĪnalysis assumptions Analysis algorithms Frequency and Mode Shapes Response spectrum analysis Spectrum Enveloping Static Correction Harmonic analysis Force spectrum analysis Seismic Anchor Movement Analysis Time history analysis Dynamic Load Factor AutoPIPE Advanced Training Outline Component Modeling ![]()
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