How to learn anything faster
The Feynman Technique
Step 1: Choose a concept and learn it quickly
Step 2: Teach a person who is unaware of the topic
Step 3: Revisit the topic to fill in the gaps
Step 4: Revise and Simplify
How to learn anything faster
The Feynman Technique
Step 1: Choose a concept and learn it quickly
Step 2: Teach a person who is unaware of the topic
Step 3: Revisit the topic to fill in the gaps
Step 4: Revise and Simplify
Teaching Cantera at IIST
Module 1: Introduction to Cantera and Chemical Thermodynamics
Module 2: Chemical Equilibrium and Adiabatic Flame Temperature Calculation
Module 3: Solving ODE's in Python
Module 4: Zero D Reactor Modelling
Module 5: Chemical Kinetics
Module 6: Reaction Path Diagram
Module 7: 1D Laminar Flame
Course Outline: 2022
Module 1: Aircrafts and Their Classification
Module 2: Aircraft performance parameter
Module 3: Ideal Gas Analysis for Ramjet, Scramjet, Turbojet, Turbofan, Turboprop Engines
Module 4: Brayton Cycle problems
Module 5: Inefficiencies in Aircraft Propulsion
Module 6: La Navel Nozzle
Module 7: Nozzle Efficiency
Module 8: Actual Turbofan Nozzle
Module 9: Aircraft Turbomachinery
Module 10:Axial flow compressor
Module 11: Axial flow Turbine
Module 12: Cascade theory
References:
1. Orbital mechanics for Engineering Students, Curtis.
2. Modern Engineering for design of Liquid Propellant Rocket Engines , D. Huzel and D. Huang.
3. Rocket Propulsion Elements - Sutton
4. Rocket Propulsion, M.Barrere
5. Rocket Propulsion, K Ramamurthy
Course Outline: 2023
Module 1: Orbital Mechanics and Delta-V Calculation
Module 2: Optimisation of Rocket Stages
Module 3: Chemical Equilibrium and Adiabatic Flame Temperature Calculation
Module 4: Propellant Combination and NASA CEA Calculation
Module 5: Solid Propellant and Grain Burning Calculation
Module 6: Liquid Propulsion System
References:
1. Orbital mechanics for Engineering Students, Curtis.
2. Modern Engineering for design of Liquid Propellant Rocket Engines , D. Huzel and D. Huang.
3. Rocket Propulsion Elements - Sutton
4. Rocket Propulsion, M.Barrere
5. Rocket Propulsion, K Ramamurthy