Structural Mechanics and Temperature Field Analysis with ANSYS and ANSYS Workbench

Seminar: Introduction in the simulation with structural mechanics and temperature field analysis

• Basic thoughts about a FEM-Analysis
  • Basics of FEM
  • Planning and running of a FEM-Analysis
  • simulation disciplines

• Introduction to the program user interface ANSYS Workbench
  • Geometry import from the CAD environment
  • selection and definition of the material model
  • Linear structural mechanical simulation with example

• Possibilities of the meshing
  • Available meshing algorithms
  • Mesh fineness and computing time
  • Effects on the result precision
  • Effects of numerical Singularities

• Constraints on structural mechanics and temperature field
  • dsisplacement of constraints
  • load boundary conditions
  • Inertial loads
  • Thermal constraints

• Result evaluation
  • Scalar - and vector-valent result sizes of the structural mechanics (deformations, strains, stresses)
  • Scalar - and vector-valent result sizes at the temperature field (temperatures, heat flows, heat flow densities)
  • Classic stress verification by means of a suitable comparison stress
  • Strength hypotheses

• Linear simulations of the dynamics
  • Basics of the modal analysis
  • execution of the modal analysis

• simulation of modules
  • Basics of contact analyses
  • execution of contact analyses