EM Lecture 1: Functions, Limit, Continuity, Differentiability and Mean Value Theorems

EM Lecture 2: Differentiation, Application of Derivatives, Partial Differentiation

EM Lecture 3: Definite and Indefinite Integration

EM Lecture 4: Doubt Session, Vector Differentiation – Gradient, Divergence and Curl

EM Lecture 5: Vector Integration

EM Lecture 6: Ordinary Differential Equation Lecture 1

EM Lecture 7: Ordinary Differential Equation Lecture 2

EM Lecture 8: Partial Differential Equations, Fourier Series

EM Lecture 9: Laplace Transforms, Inverse Laplace Transforms

EM Lecture 10: Linear Algebra – Determinant of a Matrix

EM Lecture 11: Linear Algebra – Inverse of Matrix, Rank of a Matrix

EM Lecture 12: Linear Algebra – Solution of Linear Equations

EM Lecture 13: Linear Algebra – Eigen Values, Eigen Vectors, Cayley Hamilton Theorem

EM Lecture 14: Numerical Methods: Solution to Algebraic and Transcendental Equations

EM Lecture 15: Numerical Methods: Solution to System of Linear Equations and Solution to Integration

EM Lecture 16: Numerical Methods: Solution to Differential Equations

EM Lecture 17: Statistics

EM Lecture 18: Probability

EM Lecture 19: Complex Analysis

AD Lecture 1: Basics of Aerodynamics

AD Lecture 2: Aerodynamic Forces and Moments

AD Lecture 3: Dimensional Analysis and Flow Similarity

AD Lecture 4: Continuity Equation, Flow Lines

AD Lecture 5: Momentum Equation

AD Lecture 6: Basics of Thermodynamics and Energy Equation

AD Lecture 7: Substantial Derivative, Vorticity, Circulation, Kelvin Circulation Theorem

AD Lesson 8: Biot Savart law, Helmholtz Theorem, Stream Function, Complex Potential Function

AD Lecture 9: Uniform Flow, Source/Sink Flow, Vortex Flow, Half Rankine Oval

AD Lecture 10: Full Rankine Oval, Source Sink Doublet, Vortex Doublet, Summary

AD Lecture 11: Stationary and Rotating Cylinder, Lift and Drag on Cylinder

AD Lecture 12: External Viscous Flow, Boundary Layer on a Flat Plate, Von Karman Integral

AD Lecture 13: Internal Viscous Flow, General 2D Flow, Couette Flow

AD Lecture 14: Poiseuille’s Flow, Free and Forced Vortex Concepts

AD Lecture 15: Airfoil and its Nomenclature

AD Lecture 16: Thin Airfoil Theory

AD Lecture 17: Prandtl’s Finite Wing Theory, Induced Drag

AD Lecture 18: Gas Dynamics, Compressible Flow & Characteristic Mach Number

AD Lecture 19: Introduction to Shock Waves, Normal Shock Wave

AD Lecture 20: Oblique Shock Waves and Expansion Waves

AD Lecture 21: Nozzles and Diffusers Part I

AD Lecture 22: Nozzles and Diffusers Part II

AD Lecture 23: Linear Theory for Compressible Flow

AD Lecture 24: Prandtl Glauert Correction, Critical Mach Number

AD Lecture 25: Drag Divergence Mach Number, Fanno Flow, Rayleigh Flow, Wind Tunnel Testing

AS Lecture 1: Basics of Structures, Introduction to Elasticity

AS Lecture 2: Equilibrium Equations, Stress Strain Relations in 3D, Compliance Matrix

AS Lecture 3: Plane Stress, Plane Strain, Compatibility Equations

AS Lecture 4: Airy Stress Equation, Problems on GATE

AS Lecture 5: Stresses in Inclined Plane, Principal Stresses

AS Lecture 6: Bending, Types of Support, Types of Beam, Types of Loads, Moment of Inertia

AS Lecture 7: Shear Force and Bending Moment Diagram Part 1

AS Lecture 8: Shear Force and Bending Moment Diagram Part 2

AS Lecture 9: Beam Theory, Moment of Inertia

AS Lecture 10: Beam Theory: Slope and Deflection

AS Lecture 11: Horizontal Shear, Strain Energy, Castigliano Theorem

AS Lecture 12: Buckling in Columns

AS Lecture 13: Torsion for Any Cross Section, Torsion in Thin Sheets

AS Lecture 14: Torsion in Thin Closed Arbitrary Shells, Multicell Sections

AS Lecture 15: Theories of Failure, Factor of Safely, Ultimate Loads

AS Lecture 16: Aircraft Structures and Materials, Loads on Aircraft

AS Lecture 17: Vibration Part 1

AS Lecture 18: Vibration Part 2

AS Lecture 19: Vibration Part 3

AS Lecture 20: Vibrations Part 4

FM Lecture 1: Flight Mechanics Introduction and Standard Atmosphere

FM Lecture 2: Some Basic Aspects and Equation of Motion

FM Lecture 3: Thrust Required, Thrust Available, Power Required, Power Available, Altitude Effects

FM Lecture 4: Climb and Descent Rate, Range and Endurance of Propeller Aircraft

FM Lecture 5: Range and Endurance for Jet Engines, Takeoff and Landing Performance

FM Lecture 6: Turning Flight, V-n Diagram, Accelerated Rate of Climb

FM Lecture 7: Stability Basics, Absolute Angle of Attack, Moments on Aircraft

FM Lecture 8: Longitudinal Static Stability, Contribution of Wing and Tail to Mcg

FM Lecture 9: Total Pitching Moment about Centre of Gravity, Neutral Point, Static Margin

FM Lecture 10: Static Longitudinal Control: Elevator

FM Lecture 11: Stick Free Static Longitudinal Stability, Hinge Moment

FM Lecture 12: Aircraft Performance Practice Questions

FM Lecture 13: Aircraft Stability Practice Questions

FM Lecture 14: Lateral and Directional Stability

FM Lecture 15: Dynamic Stability

AP Lecture 1: Aircraft Propulsion: Introduction, Thrust, Efficiencies

AP Lecture 2: Specific Impulse, Range, Gas Turbine Basics

AP Lecture 3: Ideal Cycle Jet Engine Analysis

AP Lecture 4: Turbojet, Turbofan, Ramjet Engine Analysis

AP Lecture 5: Ramjet Analysis, Working and Characteristics

AP Lecture 6: Turbo Machinery Part 1

AP Lecture 7: Turbo Machinery Part 2

AP Lecture 8: Turbo Machinery Part 3

AP Lecture 9: Turbo Machinery Part 4

AP Lecture 10: Combustion Chamber and its characteristics

AP Lecture 11: Rocket Propulsion Part 1

AP Lecture 12: Rocket Propulsion Part 2

Space Mechanics Lecture