دورة تعليم المحاكاة باستخدام السوليدوركس – SolidWorks Simulation Training
دورة تعليم المحاكاة باستخدام السوليدوركس – SolidWorks Simulation Training
About this course
▪ Prerequisites
▪ Course Design Philosophy
▪ Using this book
▪ A note about files
▪ Conventions used in this book
▪ Class Introductions
Design Validation Products
What is Finite Element Analysis ?
Building the FEA Model
Building the FEA Model – Fixtures
Building the FEA Model – Loads
FEA for structural analysis
Mesh, Nodes, Elements, …
Using Stress Results to Validate Design
Assumptions in Linear, Static Analyses
Check list for SolidWorks Simulation
Lesson 1 The Analysis Process
Introduction to the Simulation interface
Perform linear static analysis – Static
study
• Material properties
• Restraints
• Loads
• Mesh
• Run
Influence of mesh density on displacement
and stress results
Post-processing
Lesson 2 Mesh Controls, Stress Concentrations and Boundary Conditions
Topics
▪ Using SolidWorks Configurations
▪ Use of mesh controls, automatic transition
▪ FEA Convergence issues
▪ Different boundary conditions
Lesson 3 Assembly Analysis with Contact
Topics
▪ Assembly Analysis Basics
▪ Interference Detection
▪ Global and Local Contact/ Gaps conditions
Lesson 4 Symmetrical and Free Self-Equilibrated Assemblies
Topics
▪ Analyze shrink-fit problem
▪ Use of symmetry
▪ Review stress results in local coordinat systems
▪ Solver options to eliminate rigid body modes
Lesson 5 Assembly Analysis with Connectors
Topics
▪ Connectors
Rigid
Spring
Pin
Elastic Support
Bolt
Spot Weld
Edge Weld
Link
Bearing
▪ Global and local contact conditions
Lesson 6 Compatible/Incompatible Meshing
Topics
▪ Compatible solid element mesh with Bonded contacts
▪ Incompatible solid element mesh with Bonded contacts
▪ Simplified bonding for incompatible solid meshes
Lesson 7 Assembly Analysis Mesh Refinement
Topics
▪ Analyze larger assembly using solid elements
▪ Remote load feature
▪ Define multiple contact conditions
▪ Nontraditional contact and connector use
▪ Analyze mesh quality and question the results of the simulation
Lesson 8 Analysis of Thin Components
Topics
▪ Shell Elements
▪ Mid-plane and surface shell element meshing
▪ Alignment of shell mesh
▪ Evaluating mesh sizes
▪ Evaluating results for shell elements
▪ Reaction forces
▪ Solid vs. Shell meshing
Lesson 9 Mixed Meshing Shells & Solids
Topics
▪ Mixed meshing
▪ Solid-shell bonding
▪ Shell offset
▪ Mesh failure diagnostics
Lesson 10 Mixed Meshing Solids, Beams & Shells
Topics
▪ Beam elements
▪ Joints
▪ Bonding of beams
▪ Post-processing of beam elements
Lesson 11 Design Study
Topics
Design Study – performing several studies for different
input data (model geometry or loads)
Stresses in vehicle suspension when vehicle is:
Stationary and loaded
Moving at constant acceleration on a smooth road
Moving on a bumpy road
Moving at a constant speed on a banking road
Different loads in different directions
Review different connectors and fixtures
Lesson 12 Thermal Stress Analysis
Topics
▪ Static analysis with temperature load
▪ Use of various contact conditions
▪ Temperature dependent material properties
▪ Soft spring and Inertia relief options
Lesson 13 Adaptive Meshing
Topics
Why and What is Adaptivity?
What do FEM results depend on?
1. Mesh
2. Type and order of the elements used (Draft or High quality)
3. Other phenomena (numerical errors, modeling errors etc.)
What is our Goal? Is it just to obtain a solution?
Make sure our results are close to some defined accurate solution. (typical parameter is strain
energy density)
How to achieve it?
1. Modify and refine the mesh topology
2. Modify the “order” of elements
Lesson 14 Large Displacement Analysis
Topics
▪ Surface contact
▪ Contact analysis with the large displacement option
▪ Evaluate mesh adequacy for modeling bending stresses
▪ Limitations of the linear material model
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