Computer Aided Engineering
Teacher
Dr. Mukundjee Pandey
Category
Core Courses
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Course Name : Computer Aided Engineering
Code(Credit) :T-P-Pj (0-2-1)
Course Objectives:
This course will help student to use structural scenario, thermal scenario and to do Structural analysis and Thermal analysis of various problems.
Learning Outcomes:
Students will be able to
- Create complete finite element models
- Submit and monitor analysis jobs
- View and evaluate simulation results
Course Outcomes
COs Course outcomes Mapping COs with POs
CO1 Able to gain knowledge in solid
modelling, analysis and simulation. PO1(3), PO2 (2), PO3(3)
CO2 Able to identify and resolve the load
analysis and simulation problems and help
to take decision in product development. PO2(3), PO3(1), PO5(3)
CO3 Acquire hands-on skill in solid
modeling, analysis and simulation PO3(3), PO2 (1), PO5(3)
Course Syllabus
Course Content
Module I: Material and Selection Properties (6 Hrs)
Property Module, Material Definitions, Linear Elasticity, Large Strain Elasticity, Metal Plasticity, Material Calibration, Material Databases, Section Properties
Practice:
- Analysis of crack in pressure vessel
- Cable stayed bridge simulation
Module II: Element Selection Criteria (6 Hrs)
Solid Element Selection, Structural vs. Continuum Elements, Modeling Bending Using Continuum Elements, Stress Concentrations
Practice:
3. Stress analysis of rail road with wheel.
4. Bike frame structural analysis
Module III: Meshing (8 Hrs)
Mesh Module, Mesh Elements Mesh Generation Workflow, Local Fine-tuning
Quality Checks, Mesh Compatibility, Mesh Convergence, Dependent and Independent Part Instances
Practice:
- Airplane bracket structural analysis
- Structural analysis of wind turbine blade
Module IV: Boundary Condition (6 Hrs)
Step Module, Analysis Steps and Procedures, Output Requests, Output Files
Load Module, Loads and Boundary Conditions, Initial Conditions
Practice:
- Generative structural analysis applied for design optimization
- Stress analysis on a backhoe
Module V: Contact (6 Hrs)
Mechanical Contact Properties, Contact Domain, Contact Formulation and Controls, Handling Initial Over closures, Contact Output
Practice:
- Analysis of Economizer.
- Analysis of Screw Jack
Module VI: Analysis Procedures (6 Hrs)
Model and Analysis Steps, Analysis Procedures, The static, general analysis procedure, Finding a converged solution, The Static, Linear Perturbation procedure, Buckle procedure, Frequency Procedure, The dynamic, explicit analysis procedure, Stability Limit, Analysis Continuation Techniques
Practice:
- Steady state analysis of a composite bar.
Module VII: Thermal Analysis (8 Hrs)
Steady State Heat Transfer, Transient Heat Transfer, Thermal Interfaces, Thermal Stress Analysis
Practice:
- Temperature distribution in radiators used in automobiles
- Oven radiation simulation
- Steady state thermal analysis of tungsten coil with internal heat generation
- Thermal analysis of disc brake
Projects
- Thermal Analysis of PV Solar Pannel
- Structural and thermal analysis of Green House
- Structural analysis of Quadcopter.
- Structural analysis of landing gear.
- Numerical study on different types of fins.
- Overhead tank failure analysis.
- Analysis of Rocket Nozzle
- Analysis of BAJA SAE
- Structural and Thermal Analysis of Downdraft Gasifier
- Structural and Thermal Analysis of Stirling Engine
- Structural Analysis of Hydraulic Press
- Structural Analysis of Elevating Conveyor
Text Books/ Reference Books/ Reference Material
- SIMULIA: 3DS Learning Space
Course Outline Prepared By : Prof. Mukundjee Pandey & Prof. Sujit Mishra
Date: 25.05.2020
Source of reference: 3DS peer learning
.
Session Plan
Session 1
Material and Selection Properties:
Property Module, Material Definitions, Linear Elasticity, Large Strain Elasticity
Session 2
Material and Selection Properties
Metal Plasticity, Material Calibration, Material Databases, Section Properties
Practice:
- Simulation of crack in pressure vessel
Session 3
Material and Selection Properties:
Practice:
2. Cable stayed bridge simulation
Session 4
Element Selection Criteria:
Solid Element Selection, Structural vs. Continuum Elements, Modeling Bending Using Continuum Elements, Stress Concentrations
Session 5
Element Selection Criteria
Practice:
- Stress analysis of rail road with wheel.
Session 6
Element Selection Criteria :
Practice:
4.Bike frame structural analysis
Session 7
Meshing:
Mesh Module, Mesh Elements Mesh Generation Workflow, Local Fine-tuning.
Practice:
- Airplane bracket structural analysis
Session 8
Meshing
Quality Checks, Mesh Compatibility
Practice:
- Airplane bracket structural analysis
Session 9
Meshing:
Mesh Convergence
Practice:
6. Structural analysis of wind turbine blade
Session 10
Meshing:
Dependent and Independent Part Instances
Practice:
6. Structural analysis of wind turbine blade
Session 11
Boundary Condition
Step Module, Analysis Steps and Procedures, Output Requests
Practice:
7.Generative structural analysis applied for design optimization
Session 12
Boundary Condition:
Output Files, Load Module, Loads and Boundary Conditions, Initial Conditions
Practice:
8. Stress analysis on a backhoe
Session 13
Boundary Condition:
Output Files, Load Module, Loads and Boundary Conditions, Initial Conditions
Practice:
8. Stress analysis on a backhoe
Session 14
Contact:
Mechanical Contact Properties, Contact Domain, Contact Formulation and Controls
Practice:
9.Analysis of Economizer.
Session 15
Contact
Handling Initial Over closures, Contact Output
Practice:
10. Analysis of Screw Jack
Session 16
Contact
Handling Initial Over closures, Contact Output
Practice:
10. Analysis of Screw Jack
Session 17
Analysis Procedures:
Model and Analysis Steps, Analysis Procedures, The static, general analysis procedure
Practice:
11. Steady state analysis of a composite bar.
Session 18
Analysis Procedures:
Finding a converged solution, The Static, Linear Perturbation procedure, Buckle procedure, Frequency Procedure
Practice:
11. Steady state analysis of a composite bar.
Session 19
Analysis Procedures :
The dynamic, explicit analysis procedure, Stability Limit, Analysis Continuation Techniques
Practice:
11. Steady state analysis of a composite bar.
Session 20
Thermal Analysis :
Steady State Heat Transfer, Transient Heat Transfer, Thermal Interfaces, Thermal Stress Analysis
Practice:
12. Temperature distribution in radiators used in automobiles
Session 21
Thermal Analysis :
Steady State Heat Transfer, Transient Heat Transfer, Thermal Interfaces, Thermal Stress Analysis
Practice:
13. Oven radiation simulation
Session 22
Thermal Analysis :
Steady State Heat Transfer, Transient Heat Transfer, Thermal Interfaces, Thermal Stress Analysis
Practice:
14. Steady state thermal analysis of tungsten coil with internal heat generation
Session 23
Thermal Analysis :
Steady State Heat Transfer, Transient Heat Transfer, Thermal Interfaces, Thermal Stress Analysis
Practice:
15. Thermal analysis of disc brake
Case Studies
Projects:
- Thermal Analysis of PV Solar Pannel
- Structural and thermal analysis of Green House
- Structural analysis of Quadcopter.
- Structural analysis of landing gear.
- Numerical study on different types of fins.
- Overhead tank failure analysis.
- Analysis of Rocket Nozzle
- Analysis of BAJA SAE
- Structural and Thermal Analysis of Downdraft Gasifier
- Structural and Thermal Analysis of Stirling Engine
- Structural Analysis of Hydraulic Press
- Structural Analysis of Elevating Conveyor
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