SOLIDWORKS Simulation
This 3 day course is ideally suited to SOLIDWORKS users new to the world of Simulation. In this course, you will learn the skills, knowledge and considerations needed for conducting accurate analyses using the tools available in SOLIDWORKS Premium and SOLIDWORKS Simulation Standard.
Subjects covered:
- Introduction to the analysis process, pre-processing a study, meshing & post-processing results
- Mesh controls, stress concentrations, creation of accurate meshes
- Assembly analysis with contacts
- Analysis of solids, shells and beams
- Mixed meshing and incompatible meshes
- Symmetrical analysis
- Assembly mesh refinement
- Design studies and adaptive meshes
- Thermal stress analysis
- Large displacement analysis
SOLIDWORKS Simulation Motion
This 2 day course concentrates on the functionality contained within SOLIDWORKS Simulation Motion (featured in SOLIDWORKS Premium and Simulation Standard).
Subjects covered:
- Introduction to motion simulation and forces
- Building a motion model and post-processing
- Introduction to contacts, springs and dampers
- Redundancies
- Flexible joints
- Motion optimisation
SOLIDWORKS Simulation Professional
This 2 day course concentrates on the functionality contained within SOLIDWORKS Simulation Professional. Users wishing to take this course are expected to possess SOLIDWORKS design and simulation experience.
Subjects covered:
- Frequency analysis of parts and assemblies
- Buckling analysis
- Load cases
- Submodelling
- Thermal analysis
- Thermal analysis with radiation
SOLIDWORKS Simulation Premium
These courses cover the functionality contained within SOLIDWORKS Simulation Premium.
Subjects covered:
Non linear simulation (1 day)
- Introduction to nonlinear structural analysis
- Large displacement analysis
- Incremental control techniques
- Nonlinear static buckling
- Plastic deformation
- Hardening rules
- Analysis of elastomers
- Nonlinear contact analysis
- Metal forming
Dynamics ( 1 day)
- Vibration analysis
- Transient shock analysis
- Harmonic analysis
- Response spectrum analysis
- Random vibration analysis
- Random vibration fatigue
SOLIDWORKS Flow Simulation
This 2 day course is SOLIDWORKS 3D CAD engineers that want to learn how to harness the Computational Fluid Dynamics (CFD) functionalities in SOLIDWORKS Flow Simulation.
Subjects covered:
- Creating a SOLIDWORKS Flow Simulation project
- Meshing flow projects
- Thermal analysis
- External transient analysis
- Porous media
- Parametric studies
- Rotating analysis
- Cavitation
- Relative humidity
- Particle trajectory
- Supersonic flow
