Abaqus CAE: A Detailed Introduction to Structural Analysis

Descripción

• Course Overall Theme Hello Everyone, I welcome you all to the new course on Abaqus CAE in our orville academy's library. Center focus of the course is to make you familiar with static and dynamic analysis. Course Start with introduction to theoretical concepts which we need during the course, so even if you are beginner and don't know from where to start, well this course is perfect place for you. Course has been divided to into multiple sections which covers everything that you need to know to start working or execute project independently. Wherever possible, More attention was given to verifying the CAE solution with manual calculations. Various tips, tricks and industry insights are given during the course so user can align themselves with how people working in organization think or do things. • Course Structure Below is the detailed outline of the various topics covered in the course. Section 1 : Theory of CAE/FEA • Product Lifecycle Management • Degree of Freedom • Methods to Solve Engineering Problem • Intuition of CAE Software's/Tools • CAE and it's Domains • Steps in FEA • FEA and Interpolation Function • Types of Numerical Methods • Types of Elements • Linear vs Non-Linear & Steady vs Transient • Types of Structural Analysis • Implicit vs Explicit Schemes in FEA Section 2 : Introduction to ABAQUS CAE • Overview and Launching ABAQUS CAE • Graphical User Interface (GUI) • Interacting with Model • Understanding Overall Procedure : Model Setup, Solution and Visualization • 1D Analysis Setup : Cantilever Beam • Typical Procedure : 2D Element • Typical Procedure : 3D Element • Revision : Analysis Setups 1D, 2D and 3D Section 3 : Geometry Creation • Sketcher Options : Part-1 ,2,3 • Sketcher Exercise : 1 • Sketcher Exercise : 2 • Sketcher Task : 1 • Sketcher Task : 2 • Creating Datum Features : Points, Axis, Plane and SYS Section 4 : Linear Static Structural Analysis • Overview • Mesh Convergence : Part-1,2 • Mesh Convergence : Exercise • Example : Pressure Load on U Shaped Bracket • Tips & Tricks : Saving Display Settings • Example : Beam Bracket Section 5 : File Structure and Dictating Abaqus Jobs • Input File • .dat File • .msg File • .sta and Remaining Files • Output Formats in Abaqus • Performing Multistep Analysis Section 6 : Buckling Analysis • Introduction to Buckling Analysis • Cases of Column Buckling Failure • Example Case 1 : Fixed - Free End • Example Case 2 : Pinned - Pinned End • Example Case 3 and Case 4 : Fixed - Pinned, Fixed-Fixed End • Example : Mobile Tower Buckling • Example : Spring Buckling Section 7 : Non-Linear Analysis Introduction to Non Linear Analysis Controlling Non-Linear Analysis Concept of Step, Increment and Iterations Types of Geometric Non Linearities Example : Geometric Non-Linearity Example : Stress Stiffening Theory : Material Non-Linearity Example : Material Non -Linearity Section 8 : Modal Analysis Types of Dynamic Analysis Overview of Modal Analysis and It's Importance Governing Equation : Modal Analysis Example : Understanding Rigid Body Modes Part-1,2 Understanding Mechanism Modes Avoiding Resonance : Example Plate Mode Participation Factor and Effective Mass Example Pre-Stress Modal Analysis : Plane Wing Section 9 : Damping Theory : Damping Example : Spring Dashpot Damping Section 10 : Harmonic Analysis Theory of Harmonic Analysis Example - 1 : Fixed Fixed Beam Part - 1 Example - 1 : L Shaped Bracket Example - 3 : Guitar Section 11: Explicit Analysis Implicit vs Explicit Methods/Schemes/Analysis Concept of Timestep : Part - 1,2

Lo que aprenderás

• Prepare entire model setup in Abaqus CAE
• Independently perform static and dynamic analysis
• Co-relation of CAE results with manual calculations
• Review of results given by CAE software
• Linear and Non-Linear Analysis
• Perform different types of analysis on 1D, 2D and 3D elements

Requisitos

• Should be eager to learn and explore different options and possibilities within CAE
• No prerequisite required in terms of formal education.