Still no participant
Still no reviews
After the completion of the course, the students will be able to:
CO - PO - MATRIX
*High-3, Medium-2, Low-1
Course Syllabus:
Module I: Introduction to Finite Element Analysis (FEA) (13 Hours)
Theory
Introduction to FEA: Need for Studying FEA; Types of Analysis; Types of Elements and Nodes; Discretization, Mesh Refining, Element Aspect Ratio, Use of Symmetry, Principle of Convergence; Stiffness Matrix for Different Types of Elements, General Procedure of FEA, FEA Application to Axially Loaded Bars.
Experiment 1: Introduction to SIMULIA- 3D Experience Platforming FEA Simulation Setup- Assigning Materials to 3d Models, Generating Output parameters for strength calculations.
Link: Structural Scenario Creation in 3DEXP | Simulation | FEA | https://youtu.be/kAkbqeEllxg
Experiment 2: Performing a Tensile Test Simulation for 3D circular bar (ASTM Standard Mild Steel Specimen).
Link: Linear Static Analysis of a Bracket Part Using Structural Designer SIMULIA App. https://youtu.be/12vJCeMqYms
Simple Stress System: Types of Stresses and Strains, Hooke’s Law, Elastic Constants, Stress–strain Diagrams for Ductile and Brittle Materials, Bars of Varying Cross- sections.
Complex Stress System: Stresses on Inclined Planes, Principal Planes and Principal Stresses, Maximum Shear Stress, Mohr’s Circle of Stress.
Experiment 3: Stress-Strain Curve of a Ductile Material (ASTM Standard Mild Steel Specimen) using Universal Testing Machine
Experiment 4: Performing Mohr’s Circle of Stress.
Link: https://youtu.be/KgLXhOYWmxk
Module III: Beam Analysis (12 Hours) Theory
Shear Force and Bending Moment: Types of Supports, Beams and Loading, Procedure for Drawing Shear Force and Bending Moment Diagrams, Point of Contra-flexure.
Bending Stresses (No Derivation): Simple or Pure Bending, Flexure Formula, Section Modulus, Neutral Axis, Bending and Shear Stresses Distribution.
Experiment 5: Performing Shear force bending moment diagram considering Point loads and UDL for 3D simulation of cantilever beam.
Link: https://youtu.be/yG_0c-fz5Xs
Experiment 6: Performing Shear force bending moment diagram considering Point loads and UDL for 3D simulation of simple supported beam.
Link: https://youtu.be/8k0IFA4inrc
Deflection in Beams (No Derivation): Equation of Elastic Curve, Calculation of Slope and Deflection by Direct Integration Method and Moment Area Method.
Experiment 7: Static simulation of loaded beams. Module V: Theories of Failure (12 Hours) Theory
Theories of Failure: Failure Under Biaxial Loading, Different theories of failure, Graphical Representation of Failure, Safety Factors, Prevention of Failure in Design Stage.
Fatigue Failure: Failure under Cyclic Loading, Endurance Limit, S-N Curve, Stress Concentration.
Experiment 8: 3D simulation of Bicycle Frame Structural Analysis
Experiment 9: 3D simulation of Fatigue Analysis of Crankshaft of Two-Wheeler
Torsion (No Derivation): Torsion Equation, Power Transmitted by Shafts, Closed-Coiled Helical Springs.
Thin Pressure Vessels: Thin Cylindrical and Spherical Vessel Subjected to Internal Pressure, Longitudinal and Hoop Stress, Change in Dimensions due to Internal Pressure.
Experiment 9: 3D simulation of Torsion Analysis of Shaft Experiment 10: Failure Analysis of Thin-walled Pressure Vessels.
Module VII: Column Analysis (7 Hours)
Columns and Struts: Failure of Column, End Conditions and Equivalent Length, Euler’s Column Theory, Rankine’s Formula, Slenderness Ratio.
Text Books:
Reference Books:
2. Engineering Mechanics of Solids, Egor P. Popov, Pearson publication
Introduction to Finite Element Analysis: Need for Studying FEA; Types of Analysis; Discretization of a Structure; Element Shapes, Nodes, Degrees of Freedom; Mesh Refining, Element Aspect Ratio, Use of Symmetry, Principle of Convergence;
Introduction to Finite Element Analysis - PDF
Finite Element Analysis Definition - Video
St Venant’s principle - Video
Principle of FEA - Video
Procedure for Finite Element Method
Steps involved in FEM - PDF
Practice:
1. Introduction to 3D Experience Platform: About the Apps and their Applications from Engineering Point of View.
Practice :
2. Stress Strain Curve of a Ductile Material (Mild Steel) using Universal Testing Machine
Practice:
3. Tensile Test using Simulation 3D Experience Tool.
Reference:
1. Tensile Test - Part1 - Video
2. Tensile Test - Part2 - Video
Practice:
3. Tensile Test using Simulation 3D Experience Tool. (Cont..)
Reference:
1. Tensile Test - Part3 - Video
2. Tensile Test - Part4 - Video
Equivalent stresses for varying orientations, Principal stresses, maximum shear stress, Mohr’s circle.
Practice:
4. Analysis of Steel Bridge – Simulation using 3D Experience Tool.
Reference:
1. Simulia Video
Practice:
4. Analysis of Steel Bridge – Simulation using 3D Experience Tool(Cont..).
Reference:
1. Simulia Video
Module II Mesh Generation and Modeling of Truss Structure:
Mesh Generation and Methods of Meshing and Types of Meshing. Procedure for selecting the method of meshing and type of meshing. Importance and application of Stiffness Matrix for different types of elements and the procedure for getting the results.
FEA Mesh Generation(Theory)-PDF
How to apply different types of mesh - Video
Meshing Techniques - Video
Practice:
5. 3D Experience Simulia – Modelling and Meshing of Transmission line tower.
Practice:
5. 3D Experience Simulia – Modelling and Meshing of Transmission line tower.
sample truss load BC and mesh
Space Truss Analysis - Video
Module III Stresses and Deflection Criteria:
Procedure for Drawing Shear Force and Bending Moment Diagrams, Point of Contra Flexure.
Shear Force and Bending Moment Diagrams - Practical Examples - PDF
Understanding Shear Force and Bending Moment Diagrams-Video
Bending Moment Model- video
Stresses (No Derivation): Simple or Pure Bending, Flexure Formula, Section Modulus, Neutral Axis, Determination of Bending Stresses.
Pure Bending - Theory(PDF)
What is Theory of Pure Bending? - Video
Pure Bending - Video
Shear Stress Distribution for Different Sections.
Shear Stress - PDF
Shear Stress Distribution Diagram for Hollow Rectangular Section-Video
Problem on Shear Stress in I Section Beam-Video
Deflection : Equation of Elastic Curve, Direct Integration Method.
Beam Deflections - PDF
Definition of Slope and Deflection - Video
Double Integration Method-Video
Practice:
6. 3D Experience Simulia – Modelling and Finite Element Analysis of Framed Structure subjected Earthquake Loads.
Framed Reinforced Concrete Multi-Storey Structure Under Earthquake- Video
Practice:
6. 3D Experience Simulia – Modelling and Finite Element Analysis of Framed Structure subjected Earthquake Loads.
Framed Reinforced Concrete Multi-Storey Structure Under Earthquake- Video
Module IV: Theories of Failure:
Theories of Failure: Failure Under Biaxial Loading, Rankine’s Theory, Guest’s or Tresca’s Theory, Von Mises Theory.
Graphical Representation of Failure, Safety Factors, Prevention of Failure in Design Stage, Diagnosis of Failure In Post-Manufacturing Stage.
Graphical Representation of Theories of Failure - Video
Diagnosis of Failure in Post- Manufacturing Stage - Video
Practice:
Continuation:
7. 3D Experience Simulia: Bicycle Frame Structural Analysis
Module V: Torsion:
Torsion: Torsion Equation, Design of Shafts, Power Transmitted by Shafts, Composite Shafts, Combined Bending and Torsion, Closed-Coiled Helical Springs, Spring Connected in Series and Parallel.
Torsion Concept - PDF
Torsion in circular Shaft- Video
Springs-Video
Dynamic Analysis: Fundamentals of Vibration; Evaluation of Natural Frequencies and Mode Shapes (Eigen values and Eigenvectors); Non-linear Analysis, Fatigue Analysis. Structures Subjected to Blast Loads.
Dynamic Analysis - Video
Dynamic Analysis - Pdf
Practice:
8. Simulation: Static and Dynamic Analysis of Shaft
Fundamental understanding of Static,Modal and Dynamic Analysis- Video
Analysis of Shaft - Video
Practice:
Continuation....
8. Simulation: Static and Dynamic Analysis of Shaft
Module VI Pressure Vessels
Longitudinal and Hoop Stress in Thin-walled Pressure Vessels Subjected to Internal Pressure.
Thin walled pressure vessels- Video
Practice:
9. Simulation: Crack Analysis of Thin walled Pressure Vessels.
Hope and Radial Stress in a cylinder - Video
Module VII Fatigue and Fracture:
Fatigue: Failure Under Cyclic Loading, Endurance Limit. S-N Curve, Stress Concentration, Goodman and Soderberg Criteria.
Fatigue Concept - Video
Fracture: Types of Failure, Brittle and Ductile Fracture, Basic Modes of Fracture. Griffith’s Analysis, Crack Growth and Stress Intensity Factor.
Practice:
10. Fatigue Analysis of Crankshaft of Two-Wheeler
Practice:
10. Fatigue Analysis of Crankshaft of Two-Wheeler
Having 6 and Half Years of Teaching and One and Half years of Industry Experience.