Industry Oriented Program On Structural Analysis Using Ansys

Complete Lecture on Fatigue Analysis, Modal Analysis, Thermal Analysis, Coupled Analysis and Stress Reporting

What you'll learn
Finite Element Analysis
Finite Element Method
Structural Analysis
Thermal Analysis
Fatigue Analysis
Modal Analysis
Coupled Analysis
Meshing
Ansys
Engineering Mechanics
Strength of Material
Design Standards
Requirements
Basic Engineering Mechanics
Basic Strength of Material
Material Properties
Knowledge on Any CAD Modelling Tool like CATIA, Solid Works e.t.c
Engineering Basics
Description
Course Has been created to provide the FEA and FEM knowledge in the Industrial Level, This course has been created  exactly how the industry projects will be executed to produce Quality products to the Clients.I am sure after taking this course with proper practice with the material provided in the course the students can execute the Operations as per the industry needs.Industry methods has been followed while delivering the lectures to provide the industry working environment to the students and all necessary topics has been covered in this course to solve and perform a complete structural problem.SyllabusPre PrepossessingIntroduction to AnsysIntroduction to FEMIntroduction to Ansys User InterfaceModel Creation In AnsysDifferent operations in Model CreationSketchingConstrainsModellingPlanes CreationModel De featuringGeometry IdealizationBody SplittingBody SlicingFilletsChamfersHolesSlotsGeometry ImportGeometry ExportTaking Mid SurfaceGeometry CombineDefault Shapes AvailableApplying Different MaterialsMeshingIntroduction to MeshesDifferent Element Shapes2D Mesh3D MeshMapped Face MeshingStructured MeshingUn Structured MeshAdvantages of Different MeshesMesh LayeringMesh Size ControlMesh QualityApplying LoadsDifferent constrainsChoosing Different Outputs NeededSolvingRun The SetupPost ProcessingTaking Different Out putsCreating AnimationResults InterpretationCreation Automatic ReportGrid Independent StudyAnsys Project ExportAnsys Project Management

Overview

Section 1: Introduction

Lecture 1 Introduction to Ansys

Lecture 2 Introduction to Ansys_01

Lecture 3 Introduction to Ansys_02

Lecture 4 Introduction to Ansys_03

Lecture 5 Introduction to Ansys_04

Lecture 6 Introduction to Ansys_05

Section 2: Pre Processing-Modelling

Lecture 7 Starting with the Ansys

Lecture 8 Introduction to Design Modular

Lecture 9 SKETCHING

Lecture 10 Modify tools and Dimension

Lecture 11 Dimensions and Types

Lecture 12 Constrains

Lecture 13 Constrains and 3D Modelling

Lecture 14 Extruding

Lecture 15 Slot, Imprint faces and slicing

Lecture 16 Revolve and Revolve Cut

Lecture 17 Sweep

Lecture 18 Skin, Loft and Thickness face

Lecture 19 Slicing, Fillets and Chamfer

Lecture 20 Creating Patterns and Primitives

Lecture 21 Taking Cros section in Ansys

Lecture 22 Importing data Into Ansys

Section 3: Meshing

Lecture 23 Meshing Fundamentals

Lecture 24 Introduction to Mesher

Lecture 25 Structured and Unstructured Mesh

Lecture 26 Element Types

Lecture 27 Element Types_01

Lecture 28 2D-Mesh

Lecture 29 Mesh Detail Window

Lecture 30 3D-Mesh

Lecture 31 Mesh Controles

Lecture 32 Mesh Controls_1

Lecture 33 Mesh Metrics

Lecture 34 Advanced Mesh Functions

Lecture 35 Assembly Mesh

Lecture 36 Assembly Mesh_01

Section 4: Static Structural Analysis On IC Engine Piston Rod

Lecture 37 STATIC STRUCTURAL ANALYSIS_01

Lecture 38 STATIC STRUCTURAL ANALYSIS_02

Lecture 39 STATIC STRUCTURAL ANALYSIS_03

Lecture 40 STATIC STRUCTURAL ANALYSIS_04

Lecture 41 STATIC STRUCTURAL ANALYSIS_05

Lecture 42 STATIC STRUCTURAL ANALYSIS_06

Lecture 43 STATIC STRUCTURAL ANALYSIS_07

Lecture 44 STATIC STRUCTURAL ANALYSIS_08

Lecture 45 STATIC STRUCTURAL ANALYSIS_09

Lecture 46 STATIC STRUCTURAL ANALYSIS_10

Section 5: Modal Analysis On IC Engine Piston Rod

Lecture 47 MODEL ANALYSIS_01

Lecture 48 MODEL ANALYSIS_02

Lecture 49 MODEL ANALYSIS_03

Section 6: Thermal Analysis On IC Engine Piston

Lecture 50 Thermal Analysis_01

Lecture 51 Thermal Analysis_02

Lecture 52 Thermal Analysis_03

Lecture 53 Thermal Analysis_04

Lecture 54 Thermal Analysis_05

Lecture 55 Thermal Analysis_06

Lecture 56 Thermal Analysis_07

Lecture 57 Thermal Analysis_08

Section 7: Coupled Analysis

Lecture 58 Coupled Analysis_01

Lecture 59 Coupled Analysis_02

Section 8: Complimentary Lecture

Lecture 60 Product Development Methods as per the standards

Section 9: Interview Question and Answers

Lecture 61 Interview Question and Answers

Mechanical Engineers,Aeronautical Engineers,Aerospace Engineers,Automotive Engineers