Masters in Aerospace Analysis
Total Number of Modules6
Total Number of Topics38
Estimated Duration177:00 H
Module 1 – JavaFoil
- Introduction to Airfoil Analysis – Aerodynamic Fundamentals, Lift, Drag, Reynolds Number, Airfoil Terminologies60 Mins
- JavaFoil Interface & Workflow – Airfoil Import, Airfoil Generation, Analysis Setup60 Mins
- Airfoil Performance Analysis – Lift Coefficient, Drag Coefficient, Pressure Distribution, Cp Curves120 Mins
- Comparative Airfoil Study – NACA Airfoil Comparison and Performance Validation120 Mins
- Airfoil Optimization Study – Airfoil Shape Refinement and Performance Improvement120 Mins
- JavaFoil Tool Test – Airfoil Analysis and Reporting Assessment120 Mins
Module 2 – XFLR5
- Introduction to XFLR5 – Interface and Workflow60 Mins
- 2D Airfoil Analysis – Polar Generation, Reynolds Number Studies, Stability Analysis120 Mins
- 3D Wing Analysis – Wing Planform, Wing Loading, Aerodynamic Performance240 Mins
- Stability & Control Analysis – Aircraft Stability, Control Surface Effectiveness120 Mins
- UAV Aerodynamic Studies – Aerodynamic Evaluation of UAV Wing Configurations120 Mins
- Performance Comparison Studies – Comparative Aerodynamic Validation Studies120 Mins
- XFLR5 Tool Test – Wing and Aircraft Aerodynamic Assessment180 Mins
Module 3 – VSPAERO
- Introduction to VSPAERO – Solver Setup and Analysis Types60 Mins
- Introduction to VSPAERO – Solver Setup and Analysis Types60 Mins
- CFD Analysis of Aircraft Model – Lift, Drag, Pressure Mapping240 Mins
- Performance Validation – Comparative Design Studies180 Mins
Module 4 – ANSYS
- Introduction to ANSYS Workbench – Geometry Import, Cleanup, Meshing, Solver Setup180 Mins
- Advanced Preprocessing & Meshing – Element Types, Mesh Quality, Mesh Refinement Strategies480 Mins
- Structural Analysis – Static Structural, Stress, Deformation Analysis900 Mins
- Modal & Buckling Analysis – Natural Frequencies, Mode Shapes, Stability Analysis600 Mins
- Fatigue Analysis – Life Estimation and Damage Prediction420 Mins
- Thermal Analysis – Steady State, Transient Thermal, Thermal Stress420 Mins
- Composite Analysis – Ply Orientation, Composite Layup, Failure Criteria600 Mins
- CFD Analysis – Fluent Setup, Boundary Conditions, Pressure Distribution900 Mins
- CFD-FEA Integration – Aero-Structural Coupling and Multiphysics Analysis480 Mins
- Topology Optimization Using ANSYS Discovery – Generative Design, Weight Reduction, Structural Optimization600 Mins
- Design Validation & Optimization – Optimized Structural Validation and Comparative Studies300 Mins
- Analysis Tool Test – Structural + CFD + Optimization Validation Assessment300 Mins
Module 5 – MATLAB
- Introduction to MATLAB – MATLAB Interface, Variables, Arrays, Plotting180 Mins
- MATLAB Programming Fundamentals – Scripts, Functions, Loops, Conditional Statements300 Mins
- Engineering Data Processing – Simulation Data Extraction and Visualization300 Mins
- Parametric Studies & Automation – MATLAB-Based Batch Processing and Optimization420 Mins
- Technical Report Generation – Automated Plotting, Tables, Engineering Reporting240 Mins
- MATLAB Tool Test – Aerospace Data Processing and Automation Assessment180 Mins
Module 6 – Final Capstone Project
- Multidisciplinary Aerospace Analysis Project – Structural + Aerodynamic + Optimization Study420 Mins
- Automation & Validation – MATLAB Automation and Performance Validation180 Mins
- Technical Documentation – Technical Report, Presentation and Result Interpretation120 Mins
