Solving Creep Simulation: Ansys Packages & BS Lead Test Piece Dimensions

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    Creep Simulation
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SUMMARY

This discussion focuses on modeling creep in finite element analysis (FEA) using ANSYS software, specifically mentioning the use of LSDYNA and other ANSYS packages. The user inquires about the standard dimensions for a BS Lead Test Piece, noting a gauge factor of 22mm. The solution involves utilizing the TB,CREEP command to input creep table data, with TBOPT settings ranging from 1 to 13 for different implicit behaviors, and the option to specify user-defined creep data with TBOPT,100. For detailed guidance, users are directed to the Elements Reference and Structural Guide documentation within ANSYS.

PREREQUISITES
  • Familiarity with ANSYS software, particularly LSDYNA
  • Understanding of finite element analysis (FEA) concepts
  • Knowledge of material properties and nonlinearities in structural analysis
  • Basic understanding of creep behavior in materials
NEXT STEPS
  • Review the ANSYS Elements Reference Chapter 2-5 on General Element Features
  • Study the Structural Guide Chapter 8-4 on Nonlinear Structural Analysis
  • Explore the implementation of TB,CREEP and TBOPT commands in ANSYS
  • Research creep modeling techniques in other FEA software for comparative analysis
USEFUL FOR

Engineers and researchers involved in material science, structural analysis, and finite element modeling, particularly those working with ANSYS software and interested in creep behavior in materials.

herpamad
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Hey

Quick question. I am trying to model creap in an FEA or similar package, but what package should i be using and how complex is this?

I am using just a BS Lead Test Piece, which does lead me to ask

- Does anyone know the standard dimensions of a test piece, i was using lead, and can only find the gauge factor which was 22mm.

Back on track, i have Ansys package, with LSDYNA and the other various Ansys packages, so i am guessing one of these can solve?

Thanks
 
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You have more than a dozen ways to implement creep in ANSYS. I haven't done it myself, but a look through the help says that you can enter the creep table data by
Code:
TB,CREEP
Then setting
Code:
TBOPT,n
Where n=1,13 depending on what type of implicit behavior you'd like. You can also enter TBOPT,100 to enter the user creep option. From there you need to TB,STATE to specify the number of state variables for the routine.

I would refer you to Elements Reference Chapter 2-5 General Element Features - Data Tables - Implicit Analysis for mroe information, along with the section on Material Nonlinearities, Structural Guide Chapter 8-4 Nonlinear Structural Analysis - Modeling Material Nonlinearities.
 

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