What you'll learn
Analysis and Engineering simulation
linear static analysis
non linear analysis
contact Analysis
Thermal Analysis
Dynamic Simulation
meshing in Abaqus
Requirements
basic knowledge of mechanical engineering will be advantageous otherwise no specific needs
abaqus CAE 2019 or any earlier version
Description
ABAQUS CAE is one of the most widely used Finite Element Analysis software in the world. ABAQUS was developed by Dassault SYSTEMS.in this course, you will learn ABAQUS from basics to advance level.the main content of this course is given below1-D beam AnalysisLinear Static AnalysisNon-linear AnalysisGeometric non-linearitymaterial non-linearitycontact non-linearityBuckling Analysis Heat Transfer ProblemsConduction AnalysisConvection AnalysisTransient Heat Analysis ProblemHeat Generated Due to FrictionDynamic AnalysisModal AnalysisFrequency Response AnalysisImpact & drop testsafety analysis of Automotive crash boxDebugging the ABAQUS solutionsin this course, we will start with a very simple analysis. after that, we will move on to more complex problems.you will get access to all the files that are used in this course along with the lectures.in case of any query, feel free to contact me anytime.Course language - Englishsoftware version - ABAQUS 2019Course Requirements Abaqus software basic knowledge of mechanics of material, machine design, finite element analysis would be advantageous. however, I will also explain basic stuff during the course.who should take this coursethis course is for everyone who wants to learn Abaqus.mechanical engineersDesign engineersMaster and PhD studentsSimulation Engineerswhy take this course To Learn Finite element Analysis To perform Real Life Problems & simulationsto get a job as CAE/ FEA engineersconfidentially specify ABAQUS on your resume
Overview
Section 1: Introduction
Lecture 1 course introduction
Lecture 2 Different Types of Analysis in ABAQUS
Lecture 3 Mouse Buttons use in ABAQUS
Lecture 4 User Interface of ABAQUS
Lecture 5 Download Resource file
Section 2: Basics of FEA (finite element analysis)
Lecture 6 Steps of FEA
Lecture 7 Stress and Strain
Lecture 8 Von mises Stress
Lecture 9 Degree of Freedom
Lecture 10 Nodes & Elements
Section 3: 1-Dimensional Analysis
Lecture 11 1-D Beam Analysis Part 1
Lecture 12 1-D Beam Analysis Part 2
Lecture 13 1-D Beam Analysis Part 3
Lecture 14 Assignment beam
Lecture 15 Edit file with TEXT editor
Lecture 16 File Formats in ABAQUS
Lecture 17 Time step in ABAQUS
Section 4: Linear Static Analysis
Lecture 18 Basics of Linear Static Analysis
Lecture 19 Plate with Hole Part 1
Lecture 20 Plate with Hole Part 2
Lecture 21 Plate with Hole Part 3
Section 5: Mid Surfacing Analysis
Lecture 22 Mid Surfacing Problem part 1
Lecture 23 Mid Surfacing Problem Part 2
Lecture 24 Compare Plate Result
Section 6: Analysis of Truss Members
Lecture 25 Truss Analysis Part 1
Lecture 26 Truss Analysis Part 2
Lecture 27 Truss 3
Lecture 28 Assignment truss
Section 7: Buckling Analysis
Lecture 29 Linear Buckling Analysis Part 1
Lecture 30 Linear Buckling Analysis Part 2
Lecture 31 Linear Buckling Analysis Part 3
Lecture 32 Linear Buckling Analysis Part 4
Section 8: Heat Transfer Analysis
Lecture 33 Heat Conduction Analysis Part 1
Lecture 34 Heat Conduction Analysis Part 2
Lecture 35 Heat Convection Analysis Part 1
Lecture 36 Heat Convection Analysis Part 2
Section 9: Transient Heat Transfer Analysis
Lecture 37 Transient Heat Conduction Part 1
Lecture 38 Transient Heat Conduction Part 2
Lecture 39 Transient Heat Conduction Part 3
Section 10: Non Linear Analysis
Lecture 40 Introduction to Non Linearity
Lecture 41 Tie Contact Problem Part 1
Lecture 42 Tie Contact Problem Part 2
Lecture 43 Tie Contact Problem Part 3
Lecture 44 procedure of non linear analysis
Lecture 45 Sliding Contact
Lecture 46 Contact Algorithms
Section 11: Heat Generated Due to Friction
Lecture 47 Friction Contact Analysis Part 1
Lecture 48 Friction Contact Analysis Part 2
Lecture 49 Friction Contact Analysis Part 3
Lecture 50 Friction Contact Analysis Part 4
Section 12: Pressure Vessel Analysis
Lecture 51 Pressure vessel 1
Lecture 52 Pressure vessel 2
Section 13: 3 Point Bending Analysis
Lecture 53 3 point Bending Analysis part 1
Lecture 54 3 point Bending Analysis part2
Lecture 55 3 point Bending Analysis part 3
Section 14: Dynamic Simulation
Lecture 56 Introduction to Dynamic Simulation
Lecture 57 Modal Analysis Part 1
Lecture 58 Modal Analysis part 2
Section 15: Frequency Response Analysis
Lecture 59 FRF Fundamentals
Lecture 60 FRF part 1
Lecture 61 FRF part 2
Section 16: Impact Analysis
Lecture 62 Implicit vs Explicit Analysis
Lecture 63 Ball Plate Impact analysis 1
Lecture 64 Ball Plate Impact analysis 2
Lecture 65 Ball Plate Impact analysis 3
Lecture 66 Ball Plate Impact analysis 4
Section 17: Impact Analysis of Automotive Crash Box
Lecture 67 Crash Box 1
Lecture 68 Crash Box 2
Lecture 69 Crash Box 3
Lecture 70 Crash Box 4
Lecture 71 Crash Box 5
Lecture 72 Crash Box 6
Lecture 73 Crash Box Assignment
Section 18: Deflection Due to Self Weight
Lecture 74 Self Weight 1
Lecture 75 Self Weight 2
Lecture 76 Self Weight 3
Section 19: Time Dependent Load
Lecture 77 Plate with time dependent Load
Lecture 78 Amplitudes in Abaqus Part1
Lecture 79 Amplitudes in Abaqus Part2
Lecture 80 Plate with Cosine load
mechanical engineers,CAE & FEA engineers,masters graduates & research scholars,CAD design engineers,anyone who wants to learn ABAQUS

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