Goals
- Use simulation tools
- Understand the constraints
Program
The process of analysis
Case Study: Stress in a plate
Project Description
Options SolidWorks Simulation
Pretreatment
Meshing
Postprocessing
multiple studies
Reports
Mesh check
Case study: L-shaped square
Description of the project
Case study: Analysis of a support with a fillet
Case study: Analysis of a welded square
Description of the effect of boundary conditions
Contact analysis
Case study: Grippers with full contact
Grippers with local contact
Parts with interference fit
Case study: interference fit
Project description
Analysis with low stiffness
Connecting components
Connectors
Case study: Locking pliers
Compatible / incompatible meshes
Case study: Rotor
Checking the mesh in an assembly
Case study: Cardan joint
Part 1: Analysis of the coarse mesh of average quality
Part 2: Analysis of the high quality mesh
Thin components
Case study: Pulleys
Part 1: Mesh with solid elements
Part 2: Refined solid mesh
Volume versus shell
Creation of shell elements
Part 3: Shell elements – Surface using a midplane
Comparison of results
Case study: Stirrup
Mixed mesh of shells and volumes
Case study: Pressure vessel
Mixed
mesh Case study: Particle separator
Design
study Case study: Suspension design
Part 1: Several loading scenarios
Part 2: Geometry modification
Thermoelastic analysis
Case study: Bilame
Examine the results in local coordinate systems
Saving the model in its deformed form
Adaptive mesh
Case study: Support bracket
Adaptive
mesh H adaptive mesh P
Elements H versus P – Summary
Comparison analysis of large and small displacements
Case study: Hub
Part 1: Linear analysis of small displacements
Part 2: Nonlinear analysis of large displacements
Duration
3 days
Price
£ 1510
Audience
Draftsmen – Engineers
Prerequisites
Good knowledge of Solidworks
Reference
CAO977-F
Sessions
Contact us for more informations about session date