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Introduction
ANSYS Workbench Overview
ANSYS Mechanical Overview
Starting Mechanical
Workbench File Management
Working with Units
Mechanical Basics
Launching Mechanical
Mechanical Application Wizard
Basic Procedure
Engineering Data
Workshop: ANSYS Mechanical Basics
General Preprocessing
Geometry Branch
Contact
Workshop – Contact Control
Meshing
Named Selections
Coordinate Systems
Workshop – Meshing Control
Static Structural Analysis
Geometry
Assemblies – Solid Body Contact
Analysis Settings
Loads and Supports
Workshop – Linear Structural Analysis
Results and Post processing
Workshop– 2D Structural Analysis
Vibration Analysis
Free Vibration Analysis Procedure
Workshop – Free Vibration Analysis
Free Vibration with Pre-Stress
Workshop – Pre-Stressed Vibration Analysis
Thermal Analysis
Geometry
Assemblies – Solid Body Contact
Heat Loads
Solution Options
Results and Postprocessing
Workshop – Steady State Thermal Analysis
Linear Buckling Analysis
Background on Buckling
Buckling Analysis Procedure
Workshop – Linear Buckling Analysis
Results Post processing
Viewing Results
Scoping Results
Exporting Results
Coordinates Systems
Solutions Combinations
Stress Singularities
Error Estimation
Convergence
Workshop– Results Processing
CAD & Parameters
CAD Interoperability
Defining Parameters
Workshop– Parameter Management
BASIC STATIC STRUCTURE TRAINING ON ANSYS 14 WORKBENCH
DURATION- 2 DAYS (16 HOURS)
introduction
Nonlinear Overview
What is nonlinear behavior?
Types of nonlinearities
Nonlinear Solutions using linear solvers
General Nonlinear Issues
General Nonlinear Procedures
Building a Nonlinear Model
Analysis Settings
Post processing nonlinear results
Workshops (2 nos.)
Basic Contact
Definitions
Formulations
Stiffness and Penetration
Workshop
Pinball
Symmetric vs Asymmetric
Post processing contact results
Workshop
Advanced Contact
Body Types in Contact
Auto Contact Detection Options
Interface Treatments
Initial Contact Conditions
Workshop
Time Step Controls
Friction
Workshop
Metal Plasticity
Overview
Yield Criteria
Hardening Rules
Material Data Input
Workshops
Nonlinear Diagnostics
Solution Information
Monitoring the Solution
Newton-Raphson Residuals
Example Cases
Tips on Solving the Model
Workshops
ADVANCED MECHANICAL NON-LINEAR TRAINING ON ANSYS 14 WORKBENCH
DURATION- 2 DAYS (16 HOURS)
Introduction to Explicit Dynamics
Introduction to Workbench
Engineering Data
Explicit Dynamics Basics
Workshop: Taylor Test (Cylinder Impact)
Results Processing
Workshop: Processing results of Taylor Test
Explicit Meshing
Workshop: Can Crush
Body Interactions
Workshop: Drop test on reinforced concrete
Workshop: Bonded / Breakable contact
Analysis Settings
Workshop: Oblique projectile impact with erosion
Workshop: Add mass scaling to Can Crush
Chapter 9: Material Models
Workshop: 1D Shock propagation
Optimization Studies
Workshop: Taylor Test What-if Study
ADVANCED EXPLICIT DYNAMICS TRAINING ON ANSYS 14 WORKBENCH
DURATION- 1 DAY (8 HOURS)
