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Showing posts from March, 2018

Nonlinear Buckling Analysis Using ANSYS Workbench according to DNV-RP-C208

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Nonlinear Buckling Analysis Using ANSYS Workbench according to DNV-RP-C208

Submodelling and Exporting Deformed Shape&mesh in ANSYS Workbench

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Submodelling and Exporting deformed shape&mesh in ANSYS Workbench

Finite Element Simulations of Trawl Gear Impact with Pipelines using ANSYS Workbench

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Finite Element Simulations of Trawl Gear Impact with Pipelines (Demo) DNV-RP-F111, Trawl Impact, ANSYS WB, Transient Analysis

Finite element Analysis of Umbilical, Pipeline Bundle, Caisson Using ABAQUS

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 Pipeline Bundle, Umbilical Caisson using ABAQUS

FINITE ELEMENT ANALYSIS (FEA) OF API Flange under Combined Loading Using ABAQUS

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https://youtu.be/EqFFJa6ZxZY FEA , API Flange, BPVC VIII Div.2 ABAQUS Combined Loading

Pipe inside Pipe (PiP) Contact/Tube Pull-in Analysis using ANSYS Workbench (Demo)

https://youtu.be/QeoJxJ7JrGw Pipe inside Pipe (PiP) Contact/Tube Pull-in Analysis using ANSYS Workbench (Demo)

Pipe in Pipe Simulation using Geneal contact in ABAQUS (Demo)

PiP, Pipe-in-pipe, tube-in-tube, general contact, ABAQUS https://www.youtube.com/watch?v=iWoSEnmteIs&feature=youtu.be

Pipeline Reeling Analysis using ANSYS Workbench

Several different elements are used: 3D solid element, shell, beam(pipe) The data of the pipe and reel are random value for Demo ONLY.

Vortex Induced Vibration (VIV) Analysis of Subsea Vertical Jumper using ABAQUS

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Lateral Buckling Simulation of Pipeline using ABAQUS (Demo)

Lateral buckling Simulation of Pipeline using ABAQUS This video is for demo only. good reference is Hobbs Paper and one thesis shown in the video.

Pipeline Reeling-unreeling Simulation using ABAQUS (Demo)

This video is for demo only. The py file is from ABAQUS training folder which can be installed in CAE of ABAQUS. I am on behalf of myself only.

Modeling Cable and Ropes in ANSYS Workbench (Demo)

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X-FEM, Modeling Crack Propagation in a Pressure Vessel (ABAQUS)

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X-FEM, Modeling Crack Propagation in a Pressure Vessel  (ABAQUS) Makes modeling of cracks easier and accurate Allows simulation of initiation and propagation of a discrete crack along an arbitrary, solution-dependent path without the requirement of re-meshing  Supports contour integral evaluation for a stationary