Ansys Workbench – Analysis Engineering Training Program

Course Curriculum

Chapter 1: INTRODUCTION TO TRAINING PROGRAM

Lecture 1: What We Will Learn in this Training course !

Chapter 2: INTORDUCTION TO ANSYS

Lecture 1: Chapter – 1 : Introduction to Finite Element Metod

Lecture 2: Chapter – 2 : Introduction to Ansys Workbench

Lecture 3: Chapter – 3 : Material Assignment

Lecture 4: Chapter – 4 : Ansys Mechanical Interface

Lecture 5: Introduction to Ansys Interface

Chapter 3: INTRODUCTION

Lecture 1: Chapter – 5 : Creating Mesh Model Tecniques

Lecture 2: Chapter – 6 : Contact & boundary Conditions

Lecture 3: Example Aplication – 1 : Al Cab Pressure Analysis

Lecture 4: Example Application – 2 : Force Reaction Calculation of a Gear

Lecture 5: Defining Parameters in ansys Workbench !

Lecture 6: Saving a Project

Lecture 7: Example Application – 3 : Static Structural Analysis of a Line body Table

Lecture 8: Example Application – 4 : Bearing Load Analysis For a Belt Pulley Mechanism

Lecture 9: Example Application – 5 : Creating a Mesh Model

Lecture 10: Example Application – 6 : Static Structural Analysis For a Bracket Part

Lecture 11: Example Application – 7 : Static Structural analysis For a Bridge

Lecture 12: Example Application – 8 : Static Structural Analysis With Bolt Connections

Lecture 13: Example Application – 9 : Defining Gap Between Cylinder and Piston

Lecture 14: Example Application – 10 : Defining joint Connections For a Piston

Lecture 15: Example Application- 11 : Analysis With 2D Axisymmetry Behavior

Lecture 16: Chapter – 7 : Modal Analysis

Lecture 17: Example Application – 12 : Modal analysis of a Motor Cover !

Lecture 18: Example Application – 13 : Modal Analysis With Preloading

Lecture 19: Example Application- 14 : Static Structural Analysis of a Ventilation Pipe

Lecture 20: Example Application – 15 : Bearing load With Using Symmetry Region on CAD Model

Lecture 21: Example Application – 16 : Pulley Analysis With Defining Cyclic Region

Lecture 22: Example Application – 17 : Multiple Analysis (Thermal & Structural & Modal)

Chapter 4: STATIC STRUCTURAL EXAMPLE APPLICATIONS

Lecture 1: Example Applications : Crane Apparatus Structural Analysis

Lecture 2: Example Applications : Structural analysis of a Spring

Lecture 3: Example Applications : Structural Analysis of a Pressure Vessel

Lecture 4: Example Applications : Structural Analysis of a Bike Body

Lecture 5: Example Applications : Structural Analysis of a Prosthetic Bone

Lecture 6: Example Application : Torsion Analysis of a Shaft

Lecture 7: Example Application : Structural analysis of a Pipe & Bolt Connection

Chapter 5: MESHING EXAMPLE APPLICATIONS

Lecture 1: Example Application – 1 : Meshing Basics

Lecture 2: Example Application – 2 : Different Mesh Metods

Lecture 3: Example Applications – 3 : Element Size Effects on Quality

Lecture 4: Example Application 4 – Valve Assembly Mesh Operation

Lecture 5: Example Applications – 5 : Pressure Vessel Meshing

Lecture 6: Example Application – 6 : Bomb Geometry Meshing Operations

Lecture 7: Example Application – 7 : Manifold Geometry MEshing

Chapter 6: DYNAMIC ANALYSIS

Lecture 1: Chapter – 1 : Introduction to Dynamic Analysis

Lecture 2: Chapter – 2 : Modal Analysis

Lecture 3: Example Application : Plate Modal Analysis

Lecture 4: Example Application : Plane Wing Modal analysis With Preloading

Lecture 5: Chapter – 3 : Harmonic Analysis

Lecture 6: Example Application : Beam Harmonic Analysis

Lecture 7: Example Application : Flywhell Analysis

Lecture 8: Chapter – 4 : Spectrum Analysis

Lecture 9: Example Application : Bridge Spectrum Analysis

Lecture 10: Chapter – 5 : Random Vibration Analysis

Lecture 11: Example Application : Girder Assembly Random Vibration Analysis

Lecture 12: Chapter – 6 : Transient Analysis

Lecture 13: Example Application : Transient analysis of a Mechanizm

Lecture 14: Example Application : Caster Wheel Analysis

Lecture 15: Example Application : Damping Effect

Chapter 7: EXPLICIT ANALYSIS

Lecture 1: Example Applications : Car Crash Analysis

Lecture 2: Example Applications : Audi Car Body Crash Test Analysis

Lecture 3: Example Applications : Crash Test Analysis For Two Cars

Lecture 4: Example Applications : Pile up Analysis With Cars

Lecture 5: Example Applications : Bullet Analysis

Lecture 6: Example Applications : Crash Analysis For Two Objects

Chapter 8: RIGID BODY DYNAMICS ANALYSIS

Lecture 1: Example Applications : Circular Gears Analysis

Lecture 2: Example Applications : Conic Gears Analysis

Chapter 9: STEADY STATE THERMAL ANALYSIS

Lecture 1: Example Applications : Copper Pipe Heat Transfer Analysis

Lecture 2: Example Applications : Heat Transfer Analysis With Contacts

Chapter 10: TRANSIENT THERMAL ANALYSIS

Lecture 1: Example Applications : Heat Transfer Analysis on a Radiator

Chapter 11: EIGENVALUE BUCKLING ANALYSIS

Lecture 1: Example Applications : I Section Buckling Analysis

Lecture 2: Example Applications : Topology Optimization of Bracket With Reverse Engineering

Chapter 12: NONLINEAR ANALYSIS

Lecture 1: Chapter – 1 : Introduction to Non Linear Analysis

Lecture 2: Chapter – 2 : Contact Formulations

Lecture 3: Example Application – 1 : Smal & Large Deflection Theory

Lecture 4: Example Application – 2 : Shell Disk Analysis

Lecture 5: Example Applications – 3 : Contact Stiffness Study

Lecture 6: Example Application – 4 : Symmetric & Asymmetric Behavior of Contacts

Chapter 13: TOPOLOGY OPTIMIZATION ANALYSIS

Lecture 1: Chapter – 1 : Introduction to Topology Analysis

Lecture 2: Example Application – 1 : 2D Michell Structure topology Analysis

Lecture 3: Reverse Engineering in Scapce Claim

Lecture 4: Reverse Engineering and Validation Analysis with New Solid Model

Lecture 5: Topology Analysis of Two Connected Parts

Lecture 6: Topology Optimization & Reverse Engineering For a Solid Part

Lecture 7: Bracket Topology Optimization in Different Lod Cases

Lecture 8: Topology ptimization For Modal Analysis

Lecture 9: Bracket Topology Analysis and Reverse Engineering

Chapter 14: SPACECLAIM PROGRAM

Lecture 1: Introduction to SpaceClaim