## Complete Course on Preprocessing using ANSA

### What you’ll learn

Theory of FEA

Theory of FEA

1D Meshing – Rod ,Bar , Rigids, RBE3

2D Meshing and industry guidelines

3D Meshing – Tetra meshing algorithms and hexa meshing

Quality checks and Quality Parameters

Assembly Connections – Spot welds , Seam welds , Bolted Connection, Adhesives

### Requirements

No prior experience is needed. We will go through from very basic to industry level implementations of commands

Should be eager to implement and try new things

Enthusiastic

Any Graduate

### Description

******************* Course Structure ***************************The course will take you on exciting journey from beginner to expert in meshing using ANSA ,Main theme of course is to get insights into Creating and modifying CAD/Geometry , Meshing and Connections.We will start with Theory of FEA , where you will get familiar with critical ways in which you can find solution to given problem and the logic behind most of the CAE software’s .Then we will proceed toward meshing where we will learn about 1d, 2d, 3d meshing & guidelines that one has to follow while meshing.In meshing section we will do hands on exercises of many components and try to implement guidelines that we have studied. We will talk about quality checks and quality parameter in much detail along with the mathematical formulation of quality parameters.Then we will move towards building assembly of various components using connections. In connection we will explore various capabilities of ANSA while doing connections and explore for the possibilities of importing connections from existing file to new one.At the end of to each section we will take small project to implement overall summary of the section.Last section will be placed for your doubts. I will update this session with answers to all of your doubtBelow is the brief outline of the course and various modules involved in the course.Theory of FEA/CAEObjective of this module is to get you familiar with FEA/CAE.Understanding problem solving techniques.How FEA works.Introduction to ANSAGraphical User InterfaceView ManipulationImport and Export Visualization optionsEntity selection optionVisibility OptionFocus GroupMeasureTopologyPlaying with CADTolerance SettingsGeometry Cleanup4 Examples on geometry cleanupCreating PointsPoints on COGCurve CreationSurface Creation : PlaneProperty (PID) Creation Options Introduction to 2D MeshingOverviewMidsurface using OffsetMidsurface using Skin – Part 1Element Shape/TypeLength FunctionIntroduction to Quality CriteriaMeshing AlgorithmsMeshing Guidelines : Washer, fillet and tria elementsCut, Join & ReleasePasteSplit Element QualityOverviewAspect RatioWarpageSkewnessJacobian Min/Max Angle/LengthTetra CollapseVolumetric SkewSurface/2D Meshing Examples2 Examples on 2D Meshing Introduction to 3D MeshingOverview3D Element ShapeDefining VolumesUnstructured Meshing AlgorithmsTetra FEMTetra FEM and Hexa InteriorExample – CrankshaftTranslateSweepOffsetRevoluteMapExtrude3D/Volume Meshing ExamplesExample : Structured Meshing Example : Tetra MeshingIntroduction to ConnectionsOverviewSpot WeldsGumdrop ConnectionAutomatic Bolt ConnectionsManual Bolt ConnectionRobscanRivetAdhesivesMiscellaneousTransform Functions : TranslateTransform Functions : Symmetry & RotateTransform Functions : Transform & ScaleIf you have any doubt fell free to contact me.So Enroll now and start this exciting journey with me.******************* Course Updates ***************************1. Added new video on types of analysis2. Added new video on type dynamic analysis3.Added new video titled “Implicit vs Explicit”.

### Overview

Section 1: Theory of FEA

Lecture 1 Product Lifecycle Management

Lecture 2 Degree of Freedom

Lecture 3 Methods to Solve Engineering Problem

Lecture 4 Intuition of CAE Software’s/Tools

Lecture 5 CAE and it’s Domains

Lecture 6 Steps in FEA

Lecture 7 FEA and Interpolation Function

Lecture 8 Types of Numerical Methods

Lecture 9 Types of Elements

Lecture 10 Linear vs Non-Linear and Steady vs Transient

Lecture 11 Types of Structural Analysis

Lecture 12 Types of Dynamic Analysis

Lecture 13 Implicit vs Explicit

Section 2: Introduction to ANSA

Lecture 14 Graphical User Interface

Lecture 15 View Manipulation

Lecture 16 Import and Export : Part – 01

Lecture 17 Import and Export : Part – 02

Lecture 18 View Modes

Lecture 19 Entity Selection Options

Lecture 20 Visibility Option

Lecture 21 Focus Group

Lecture 22 Measure

Section 3: Playing with CAD

Lecture 23 Topology

Lecture 24 Tolerance Settings

Lecture 25 Geometry Cleanup

Lecture 26 Geometry Cleanup EX – 01

Lecture 27 Geometry Cleanup EX – 02

Lecture 28 Geometry Cleanup EX – 03

Lecture 29 Geometry Cleanup EX – 04

Lecture 30 Creating Points

Lecture 31 Points on COG

Lecture 32 Curve Creation

Lecture 33 Surface Creation : Plane

Lecture 34 Property (PID) Creation Options

Section 4: Introduction to 2D Meshing

Lecture 35 Overview

Lecture 36 Midsurface using Offset.

Lecture 37 Midsurface using Skin – Part 1

Lecture 38 Midsurface using Skin – Part 2

Lecture 39 Element Shape/Type

Lecture 40 Length Function

Lecture 41 Introduction to Quality Criteria

Lecture 42 Meshing Algorithms

Lecture 43 Best + Reconstruct

Lecture 44 Meshing Guidelines : Washer

Lecture 45 Meshing Guidelines : Fillets

Lecture 46 Meshing Guidelines : Tria Elements

Lecture 47 Cut, Join & Release

Lecture 48 Paste

Lecture 49 Split

Section 5: Element Quality

Lecture 50 Overview

Lecture 51 Aspect Ratio

Lecture 52 Warpage

Lecture 53 Skewness

Lecture 54 Jacobian Min/Max Angle/Length

Lecture 55 Tetra Collapse

Lecture 56 Volumetric Skew

Section 6: Surface/2D Meshing Examples

Lecture 57 2D_Meshing Example – 01

Lecture 58 2D Meshing Example – 02

Section 7: Introduction to 3D Meshing

Lecture 59 Overview

Lecture 60 3D Element Shape

Lecture 61 Defining Volumes

Lecture 62 Unstructured Meshing Algorithms

Lecture 63 Tetra FEM

Lecture 64 Tetra FEM and Hexa Interior

Lecture 65 3D Meshing Example – Crankshaft

Lecture 66 Translate

Lecture 67 Sweep

Lecture 68 Offset

Lecture 69 Revolute

Lecture 70 Map

Lecture 71 Extrude

Section 8: 3D/Volume Meshing Examples

Lecture 72 Structured Meshing Example – 01

Lecture 73 Tetra Meshing Example – 02

Section 9: Introduction to Connections

Lecture 74 Overview

Lecture 75 Spot Welds Part – 01

Lecture 76 Spot Welds Part – 02

Lecture 77 Gumdrop Connection

Lecture 78 Automatic Bolt Connections

Lecture 79 Manual Bolt Connection

Lecture 80 Robscan

Lecture 81 Rivet

Lecture 82 Adhesives

Section 10: Miscellaneous

Lecture 83 Transform Functions : Translate

Lecture 84 Transform Functions : Symmetry & Rotate

Lecture 85 Transform Functions : Transform & Scale

Section 11: Deck Preparation in ANSA

Lecture 86 LS-Dyna Deck Preparation : Running a Simple Simulation

Lecture 87 LS-Dyna Deck Preparation : Cube Under Pressure

Lecture 88 LS-Dyna Deck Preparation : Tensile Test Specimen

Lecture 89 LS-Dyna Deck Preparation : Applying Hourglass Control

Lecture 90 Abaqus Deck Preparation : Example 01

Section 12: Meshing Practice

Lecture 91 Meshing Practice Files for Download

Section 13: Learner’s Doubts

Lecture 92 Automatic Structured Mesh : Map Block

Mechanical, Automobile , Aeronautical engineering students and professionals,Beginners who wants to do careers in FEA/CAE and become CAE Analyst

#### Course Information:

Udemy | English | 14h 22m | 11.96 GB

Created by: Orville Academy

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