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  • About
    • Who We Are
    • Partners & Providers
    • News & Events
    • The ESRD Blog
    • Careers
    • Contact Us
  • Applications
    • What We Solve
    • Detailed Stress
    • Composites
    • Fracture Mechanics
    • Residual Stress
    • Sim Apps
  • Products
    • What We Develop
    • StressCheck Professional
      • StressCheck Core
      • Solvers
      • Advanced Modules
      • Utilities
      • Academic Licensing
    • StressCheck Apps
      • CAE Handbook
      • StressCheck Tool Box
    • Product Updates
  • Support
    • How We Can Help
    • Training
    • Webinars
    • Quick Start Guide
    • Help Documentation
    • Software FAQ’s
  • Simulation
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    • Browse Our Resource Library
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Model Inputs

Home Model Inputs (Page 3)

FAQ Category: Model Inputs

Why Do I Get An Error Message During Application Of TLAP-Bearing?

  • Date: March 16, 2017
  • By: ESRD Admin
  • Categories: Global-Local Analysis, Model Inputs
In some cases, an error message may occur during the application of TLAP-Bearing (or Bearing) loads. This is usually due to the hole being non-standard/non-cylindrical.
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Why Am I Getting An Incorrect Load Check Summation For TLAP-Bearing?

  • Date: March 16, 2017
  • By: ESRD Admin
  • Categories: Global-Local Analysis, Model Inputs
If the load check (Check->Any Record, Check->Any Element or Check->All Elements in the Load tab) returns an incorrect summation for a TLAP-Bearing load, what are some causes and how to fix?
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When Can I Use Rigid Body or Node Constraints?

  • Date: December 22, 2017
  • By: brent
  • Categories: Model Inputs
Constraining/fixing a point or node should ONLY be used when the model still has a free rigid body mode (i.e. translation or rotation). Equilibrium of the model under the applied loads must be considered before constraining/fixing a point or node.
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How Do I Select the Contact Constant For Multi-Body Contact?

  • Date: March 14, 2017
  • By: ESRD Admin
  • Categories: Model Inputs, Multi-Body Contact
StressCheck's implementation of multi-body contact requires the assignment of a contact constant (Kc) to pair two neighboring contact zones. The units for the contact constant are [F/L/L^2], the same as spring coefficient constraints.
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What Are Some Tips & Tricks for Using Parts and Solution Configurations?

  • Date: December 14, 2018
  • By: brent
  • Categories: Model Inputs, Model Visualization & Display, Solver & FEA Implementation
Using StressCheck Parts in tandem with Solution Configurations is a great way to analyze different modeling configurations in the same StressCheck session, as well as quickly switch between different groups of objects for visualization, results extraction and more.
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