Mô tả

ANSYS is a general purpose software, used to simulate interactions of all disciplines of physics, structural, vibration, fluid dynamics, heat transfer and electromagnetic for engineers.

So ANSYS, which enables to simulate tests or working conditions, enables to test in virtual environment before manufacturing prototypes of products. Furthermore, determining and improving weak points, computing life and foreseeing probable problems are possible by 3D simulations in virtual environment.

ANSYS software with its modular structure as seen in the table below gives an opportunity for taking only needed features. ANSYS can work integrated with other used engineering software on desktop by adding CAD and FEA connection modules.

Bạn sẽ học được gì

What's the Finite Element Metod ?

Interface of Ansys Workbench

Interface of Ansys Mechanical

Finite Element Analysis Steps

Creating Mesh Model Technique

Joints Contacts and Boundary Conditions

Static Structural Analysis

Dynamic Analysis

Modal Analysis

Transient Analysis

Harmonic Response Analysis

Random Vibration Analysis

Explicit Analysis

Yêu cầu

  • PC and Internet Connection
  • High Motivation
  • Loaded Ansys Workbench on Computer
  • It it not necassay to know anything about Ansys, training is starting from the begining !

Nội dung khoá học

14 sections

INTRODUCTION TO TRAINING PROGRAM

1 lectures
What We Will Learn in this Training course !
09:27

INTORDUCTION TO ANSYS

5 lectures
Chapter - 1 : Introduction to Finite Element Metod
11:09
Chapter - 2 : Introduction to Ansys Workbench
04:09
Chapter - 3 : Material Assignment
05:25
Chapter - 4 : Ansys Mechanical Interface
18:50
Introduction to Ansys Interface
08:23

INTRODUCTION

22 lectures
Chapter - 5 : Creating Mesh Model Tecniques
36:44
Chapter - 6 : Contact & boundary Conditions
08:59
Example Aplication - 1 : Al Cab Pressure Analysis
07:23
Example Application - 2 : Force Reaction Calculation of a Gear
07:10
Defining Parameters in ansys Workbench !
07:16
Saving a Project
02:05
Example Application - 3 : Static Structural Analysis of a Line body Table
08:32
Example Application - 4 : Bearing Load Analysis For a Belt Pulley Mechanism
06:44
Example Application - 5 : Creating a Mesh Model
09:42
Example Application - 6 : Static Structural Analysis For a Bracket Part
04:20
Example Application - 7 : Static Structural analysis For a Bridge
10:02
Example Application - 8 : Static Structural Analysis With Bolt Connections
06:55
Example Application - 9 : Defining Gap Between Cylinder and Piston
06:57
Example Application - 10 : Defining joint Connections For a Piston
07:54
Example Application- 11 : Analysis With 2D Axisymmetry Behavior
07:21
Chapter - 7 : Modal Analysis
02:16
Example Application - 12 : Modal analysis of a Motor Cover !
04:12
Example Application - 13 : Modal Analysis With Preloading
05:23
Example Application- 14 : Static Structural Analysis of a Ventilation Pipe
08:31
Example Application - 15 : Bearing load With Using Symmetry Region on CAD Model
04:40
Example Application - 16 : Pulley Analysis With Defining Cyclic Region
07:14
Example Application - 17 : Multiple Analysis (Thermal & Structural & Modal)
09:26

STATIC STRUCTURAL EXAMPLE APPLICATIONS

7 lectures
Example Applications : Crane Apparatus Structural Analysis
07:59
Example Applications : Structural analysis of a Spring
07:11
Example Applications : Structural Analysis of a Pressure Vessel
08:21
Example Applications : Structural Analysis of a Bike Body
11:29
Example Applications : Structural Analysis of a Prosthetic Bone
09:40
Example Application : Torsion Analysis of a Shaft
11:15
Example Application : Structural analysis of a Pipe & Bolt Connection
07:14

MESHING EXAMPLE APPLICATIONS

7 lectures
Example Application - 1 : Meshing Basics
11:24
Example Application - 2 : Different Mesh Metods
18:41
Example Applications - 3 : Element Size Effects on Quality
07:52
Example Application 4 - Valve Assembly Mesh Operation
23:11
Example Applications - 5 : Pressure Vessel Meshing
30:41
Example Application - 6 : Bomb Geometry Meshing Operations
23:43
Example Application - 7 : Manifold Geometry MEshing
21:21

DYNAMIC ANALYSIS

15 lectures
Chapter - 1 : Introduction to Dynamic Analysis
11:24
Chapter - 2 : Modal Analysis
08:48
Example Application : Plate Modal Analysis
08:31
Example Application : Plane Wing Modal analysis With Preloading
08:47
Chapter - 3 : Harmonic Analysis
03:11
Example Application : Beam Harmonic Analysis
07:54
Example Application : Flywhell Analysis
12:35
Chapter - 4 : Spectrum Analysis
04:06
Example Application : Bridge Spectrum Analysis
10:27
Chapter - 5 : Random Vibration Analysis
05:31
Example Application : Girder Assembly Random Vibration Analysis
10:40
Chapter - 6 : Transient Analysis
05:13
Example Application : Transient analysis of a Mechanizm
16:57
Example Application : Caster Wheel Analysis
08:49
Example Application : Damping Effect
08:59

EXPLICIT ANALYSIS

6 lectures
Example Applications : Car Crash Analysis
12:44
Example Applications : Audi Car Body Crash Test Analysis
11:49
Example Applications : Crash Test Analysis For Two Cars
07:45
Example Applications : Pile up Analysis With Cars
07:46
Example Applications : Bullet Analysis
06:48
Example Applications : Crash Analysis For Two Objects
03:33

RIGID BODY DYNAMICS ANALYSIS

2 lectures
Example Applications : Circular Gears Analysis
06:00
Example Applications : Conic Gears Analysis
05:51

STEADY STATE THERMAL ANALYSIS

2 lectures
Example Applications : Copper Pipe Heat Transfer Analysis
07:07
Example Applications : Heat Transfer Analysis With Contacts
04:32

TRANSIENT THERMAL ANALYSIS

1 lectures
Example Applications : Heat Transfer Analysis on a Radiator
05:28

EIGENVALUE BUCKLING ANALYSIS

2 lectures
Example Applications : I Section Buckling Analysis
05:56
Example Applications : Topology Optimization of Bracket With Reverse Engineering
16:50

NONLINEAR ANALYSIS

6 lectures
Chapter - 1 : Introduction to Non Linear Analysis
18:58
Chapter - 2 : Contact Formulations
17:02
Example Application - 1 : Smal & Large Deflection Theory
11:14
Example Application - 2 : Shell Disk Analysis
08:26
Example Applications - 3 : Contact Stiffness Study
14:09
Example Application - 4 : Symmetric & Asymmetric Behavior of Contacts
09:43

TOPOLOGY OPTIMIZATION ANALYSIS

9 lectures
Chapter - 1 : Introduction to Topology Analysis
09:09
Example Application - 1 : 2D Michell Structure topology Analysis
12:57
Reverse Engineering in Scapce Claim
03:52
Reverse Engineering and Validation Analysis with New Solid Model
16:44
Topology Analysis of Two Connected Parts
21:07
Topology Optimization & Reverse Engineering For a Solid Part
25:51
Bracket Topology Optimization in Different Lod Cases
13:59
Topology ptimization For Modal Analysis
16:27
Bracket Topology Analysis and Reverse Engineering
16:50

SPACECLAIM PROGRAM

15 lectures
Introduction to SpaceClaim
13:07
Introduction to SpaceClaim
06:44
Split Body & Combine Operation
07:13
Combine Operations
05:27
Fill Operation
07:07
Move Operations
05:42
Pull Operations - 1
10:38
Pull Operations - 2
07:14
Repair Operations
10:34
Fill Operations
06:19
STL Data
08:31
Simplify Molde
08:10
Create Midsurface
04:10
Merge Faces
05:11
Split Operations
07:06

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