This is an improvement compared to my previous video which uses SOLID65 elements and EREINF commands.ġ. We will also be using CPT215 elements and the Reinforcement Type option within Mechanical to model the rebar. This tutorial we will go over importing the geometry, setting boundary conditions where we will fix the column in place and apply a displacement of 80mm downwards at the end of the beam, and finally go over viewing the results which include the homogenized tension & compression damage by using APDL commands. In this example The simulation results will be compared to that of actual experimental results.
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I demonstrate how to use the latest modeling technology to simulate a reinforced concrete T-joint using Ansys Workbench version 2020 R2. If you need to make changes and run the coupling again, its best to completely remove the System Coupling system, CLEAR the generated solution data from Transient Structural as well as the solution data from Fluent and re-insert a System Coupling.ĪNSYS Workbench V2020 R2 Tutorial for a Reinforced Concrete T-Joint using CPT215 Elements with Reinforcement type option in Mechanical. If you get an error regarding the UDF function, ensure you clicked on INTERPRET in the fluent setup.ģ. If you get a floating point error during the solve, try changing the size of your mesh and validate its quality.Ģ. MunsonĮxample 5.12: Linear Momentum - Pressure and Change in Flow Directionġ. I will show you how to create the pipe bend geometry using SpaceClaim, followed by using a Transient Structural system, then a Fluent CFD system and finally joining the two using System Coupling.įundamentals of Fluid Mechanics - 6th edition by Bruce R. ANSYS Workbench version 2020 R2 tutorial for a 2-way fluid structure interaction (FSI) of a 180 degree pipe bend using custom UDF velocity profile.