Package Includes
- ENGINEERING MATHEMATICS
- Matrix Algebra
- Lecture : 1 | Introduction | Matrix Algebra
- Matrix Algebra
- Fluid Mechanics
- Fluid Mechanics | Properties of Fluids
- ISRO
- Fluid Mechanics : Lecture1| Introduction
- Fluid Mechanics | Lecture 2 | Properties of Fluid
- Lecture:3 | Viscosity | Effect of temperature & Pressure on Fluids
- Lecture:4 | Properties of Fluid | Numerical | PYQs
- Fluid Mechanics | Properties of Fluids
- Aerodynamics
- Basic Aerodynamics
- PYQs | Aerodynamics
- Lecture:1 | Introduction | Discussion | Must Watch Lecture
- Finite Wing Theory
- Lecture-1 | Finite Wing Theory | Downwash & Wing tip vortices | Induced angle of attack
- Lecture-2 | Induced Drag | Methods to reduce Induced Drag
- Lecture-3 | Helmholtz Theorems | Kelvin's Circulation Theorem | Wing Tip Vortices
- Lecture-4| Induced Velocity at a point due to Vortex Filament | Numerica
- Lecture-5 | Numerical | Induced Velocity | Horse-shoe Vortex
- Lecture-6| Lifting Line Theory
- Lecture-7 | Elliptical Lift Distribution | Numerical
- Lecture-8 | Numerical | PYQs | Elliptical & Lifting Line Theory
- Basic Aerodynamics
- Airplane Performance
- The Atmosphere | International Standard Atmosphere
- PYQs | Airplane Performance
- Lecture-1 | Basic Concepts & importance of Atmosphere
- Lecture-2 | ISA & Layers of Atmosphere | Calculation in Troposphere
- Lecture-3| Properties in Linearly varying Temperature Zones & Constant Temp Zones
- Lecture-4|Numerical|Calculation of Properties in Troposphere & Stratosphere |Tropopause| Lapse Rate
- Lecture-5| Types of Altitudes and its importance| Geometric, Geopotential & Absolute Altitudes
- Lecture:6| Relation between Geometric, Geopotential & Absolute Altitudes| Numerical
- Lecture:7 | Temperature , Pressure & Density Altitudes | Numerical | Home Work
- Steady Level Flight | Steady Gliding & Steady Climbing
- Lecture-1| Introduction | Non accelerated Flight | Steady Level Flight| Gliding and Climbing
- Lecture-2 | Numerical | Total drag in terms of parasite & Induced drag
- Lecture-3 | Max Range & Endurance in Steady Gliding | Max ROC & AOC in Steady Climbing
- Lecture-4 | Minimum Drag & Minimum Power Condition | Minimum (D/V) Condition
- Lecture-5 | Numerical | Min Drag, Min Power & Min (D/V) Condition | Steady Glide
- Lecture-6 | Numerical | Steady Gliding & Steady Climbing
- Lecture-7 | Numerical | Maximum & Minimum Speed | Variation of Ta & Tr , Pa & Pr with altitude
- The Atmosphere | International Standard Atmosphere
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