Package Includes
- Engineering Mathematics
- Differential Equations
- Lecture-1 | Differential Equations & its Classifications | ODE & PDE | Application of Differential EQNs
- Ordinary Differential Equations
- Lecture-2 | Order and Degree of Differential Equations | Transcendental functions | PYQs
- Lecture-3 | Higher Order Linear ODE | Linear & Non-Linear ODE | Arbitrary Constants | Initial & Boundary Conditions
- Lecture-4 | Complete Solution | Complementary Function | Particular Integral | Auxiliary EQN & Nature of its Roots
- Lecture-5 |Solution of Higher Order ODE with Constant Coefficients | Boundary value Problems & Initial Value Problems | PYQs
- Lecture-6 | Finding Particular Integral | Complete Solution = Complementary Functions + Particular Integral | PYQs
- Lecture-7 | Cauchy's or Euler's Form | Higher Order ODE with Variable Coefficients | Legendre's Form | PYQs
- Lecture-8 | Linear Differential Equation | Leibnitz Form | Integrating Factor | Bernoulli's Form (Non-Linear)| PYQs
- Lecture:9 | Method of Variation of Parameters | Special Topic
- Lecture-10 | Variable Separable Method | PYQs
- Lecture-11 | Applications of Differential EQNs of First Order | Discussion | Newton's 2nd Law | PYQs
- Lecture- 12 | Applications of ODE | Newton's Law of Cooling | PYQs
- Differential Equations
- Aircraft Structures
- Assignments | PYQs | Study Material
- PYQs | Theory Of Elasticity | Simple Stress and Strain
- PYQs | Aircraft Structures
- Assignment | Theory of Elasticity-1
- Assignment | Torsion of thin-walled structures
- Theory of Elasticity
- Lecture-1| Introduction | Strain - Displacement Relations | Stress Tensor Symmetry
- Lecture-2 | Complementary Shear Stress | Symmetry of Stress Tensor | Principle of Moment Equilibrium
- Lecture-3 | Equilibrium Equations | Discussion Plane Strain
- Lecture- 4 | Strain- Displacement Relations| Strain Compatibility Equations | Plane Stress & Plane Strain Conditions
- Lecture-5 | Plane Stress | Plane Strain | Compatibility EQN in term of Stress | Airy's Stress Function
- Lecture-6 | Airy Stress Function | Numerical | PYQs
- Lecture-7 | Rigid Body Motion | Displacement Gradient Matrix | Numerical | PYQs
- Torsion of Circular Shafts
- Lecture-1|Torsion of Circular shafts | Composite shafts | Series and parallel Shafts | Combined Loading | PYQs
- Lecture-2 | Revision | Strength Criteria | Stiffness Criteria | Numerical
- Lecture-3 | Numerical | Strength Criteria & Stiffness Criteria |Composite Shafts | Indeterminate Shaft
- Lecture-4 | Numerical | Composite Shaft | Combined Loading (Complex Loading)
- Torsion of Thin-Walled Structures | Open & Closed Sections
- Lecture-5 | Torsion of thin-walled Structures | Open & Close Sections | Numerical | PYQs
- Leture-6| Closed Thin Sections | Bredt-Batho Torsional Formula | Shear Flow | Strain Energy & Angle of Twist
- Lecture-7 | Numerical | Single - Cell & Multi-Cell Sections | PYQs
- Lecture-8 | Numerical | Multi-Cell Sections | PYQs
- Centroids & Moment of Inertia of Thick , Thin & Boom Sections
- Lecture-1 | Introduction | Geometric Properties | Properties of Centroid
- Lecture-2 | Centroid | Numerical | Moment of Inertia & its Properties | Parallel Axis Theorem | Product of Inertia & its Propert
- Lecture-3 | Numerical | Moment of Inertia | L-Section | T-Section | C- Section | Z-Section
- Lecture-4 | Thin -Walled Sections | Moment of Inertia | Product of Inertia
- Lecture- 5 | Numerical | Ixx, Iyy and Ixy Calculation | Thin-Walled Cross-Sections
- Lecture- 6 | Numerical | Ixx, Iyy and Ixy Calculation | Idealized Cross-Sections
- Unsymmetrical Bending
- Lecture-1| Unsymmetrical Bending Formula | Inclination of Neutral Axis | assumptions | Pure Bending
- Lecture-2 | Numerical | Maximum Bending Stress | Inclination of Neutral Axis
- Lecture-3| Boom Sections | Thin-Walled ,Thick & Solid Sections | Bending Stress & Inclination of Neutral Axis
- Lecture - 4 | Symmetrical Bending | Bending Stress in Axially Loaded Beam | Axial Eccentric Loading
- Flexural Shear Flow
- Lecture-1| Overview | Discussion | Shear Center
- Lecture-2 | Properties of Shear Center | Shear Center of different Cross- Sections | Shear Flow
- Lecture-3 | Numerical | Thin-Walled Sections| Shear Flow Distribution | Shear Center | PYQs
- Lecture-4 | Numerical | Idealized X-Sections | Shear Center | Shear Flow | Boom-Section | PYQs
- Lecture- 5 | Numerical | Shear Center | Closed Cross-Sections | PYQs
- Shear Stress in Beams
- Lecture-1 | Derivation | Shear Stress Distribution
- Lecture-2 | Shear Stress Distribution across various Beam Sections | Numerical | PYQs
- Assignments | PYQs | Study Material
- Strength of Materials
- Assignments | Study Material | PYQs
- PYQs | Strength of Materials | Mechanics of Materials | Mechanics of Solid
- Assignment | Thin Cylinders | Thin Pressure Vessels
- Assignment | Principal Stresses
- Assignment | Theory of Failures
- Assignment | Torsion of Shafts
- Material Properties & Elastic Constants | Basic Fundamentals | Simple Stress & Strain
- Lecture-1| Introduction | Discussion | Scalar , Vector & Tensor
- Lecture-2 | Material Properties | Isotropic , Anisotropic & Orthotropic Materials | Homogeneous Materials
- Lecture-3 | Cross-Sectional Properties | Axial & Flexural Rigidity |Torsional Rigidity | Stiffness & Torsional Stiffness
- Lecture-4 | Deformable & Rigid Bodies | Discussion | Impact Load
- Lecture-5 | Mechanical Properties | Stress-Strain Diagrams | Elasticity & Plasticity |Strain-Hardening
- Lecture-6| Numerical | Strain & Lateral Strain| Axial Stress | Strain Energy | Resilience
- Lecture - 7| Strength Criteria of Design | Numerical | Factor of Safety | Prismatic Bar
- Lecture-8 | Numerical | Simple Stress & Strain | Strength Criteria
- Lecture-9 | Numerical | Stepped Bar | Elongation and Stress Calculation
- Lecture-10 | Numerical | Indeterminate Bar | Stress Calculation in Varying Cross-section
- Lecture- 11 | Numerical | Indeterminate Bar
- Lecture-12 | Indeterminate Bar | Thermal Stress & Strain | Numerical
- Lecture-13 | Thermal Stress | Numerical
- Lecture-14| 3D Hook's Law | Volumetric Strain | Thermo-Mechanical Loading | Incompressible Materials
- Lecture-14 | Continued........
- Lecture-15 | Volumetric Strain | Numerical
- Thin Cylinders & Spherical Shells | Thin-Walled Pressure Vessels
- Lecture-1| Thin Cylinders & Spherical Shells| Axial & Circumferential Stress & Strain | Volumetric Strain
- Lecture-2| Thin Cylinder with hemispherical Ends| Numerical | Thin Cylinders with Axial Loading
- Lecture-3| Numerical | Maximum Shear Stress
- Lecture-4 | Numerical | Design Criteria | Volumetric Strain | Change in length, Diameter & Volume
- Principal Stresses | Principal Strains
- Lecture-1 | Principal Planes & Principal Stresses | Discussion | Road map
- Lecture-2 | Stresses on inclined Plane | Normal Stresses & Shear Stress | Numerical
- Lecture-3 | Numerical | Principal Stresses | Orientation of Principal Planes
- Lecture-4 | Maximum Shear Stress & orientation of Maximum Shear stress Plane | Numerical | PYQs
- Lecture-5 | Mohr's Circle | Numerical | PYQs
- Theories of Failure
- Lecture- 1| Failure Criteria | Brittle & Ductile Failure| Strain Energy| Overview of all Failure Theories
- Lecture-2 | Theory of Failures | Concept | Graphical Representation | Shear Strain Energy
- Lecture-3 | Numerical | PYQs
- Shear Force & Bending Moment
- Lecture-1 | Introduction | Discussion | Importance of SF & BM Diagrams
- Lecture-2 | Degree of Indeterminacy | Shear Force and Bending Moment Diagram | PYQs
- Theory of Columns | Columns & Struts
- Lecture-1| Discussion | Slenderness Ratio | Radius of Gyration | Buckling & Buckling Load | Numerical
- Lecture-2 | Buckling Stress | Critical Slenderness Ratio | Numerical | PYQs
- Lecture-3 | Numerical | PYQs
- Deflection of Beams
- Lecture-1 | Strain Energy Method | Castigliano's Theorem | Numerical | Determinate & Indeterminate Beams
- Lecture-2 | Numerical | Link, Hinge, Roller Support | Spring support | PYQs
- Lecture-3 | Frames | Horizontal & Vertical Deflection | Special Questions | PYQs
- Assignments | Study Material | PYQs
- Airplane Performance
- Assignments | Study Material | Previous Year Questions
- Lecture-1| Introduction | Basic Concepts | Discussion | Review of Aerodynamics | Syllabus
- Lecture-2 | Overview of Airplane Performance and Aircraft Propulsion
- The Atmosphere
- Lecture-1 | Gradient Layers and Isothermal Layers of Atmosphere | Derivation & Discussion
- Lecture-2 | Numerical | Calculation of Properties in Troposphere and Stratosphere
- Lecture-3 | Numerical | Calculation of Geopotential, Temperature, Pressure and Density Altitudes | PYQs
- Cruise Flight | Steady Level Flight
- Lecture-1 | Cruise Flight | Numerical | Total Drag | Parasite Drag and Induced Drag
- Lecture- 2 | Minimum Drag Condition | Minimum Power Condition | Minimum (D/v) Condition
- Lecture-3 | Numerical | Variation of Power Required & Thrust Required with Altitude | True Airspeed
- Lecture-4 | Numerical | Maximum & Minimum Speed | Stalling Speed | Maximum and Minimum Drag Coefficient
- Lecture-5 | Maximum and Minimum Speed of Propeller ( Piston-Prop or Turboprop) Aircraft | Numerical
- Lecture-6 | Range & Endurance of Propeller & Jet Airplane in Cruise Flight | Rmax , Emax | Numerical
- Lecture-7 | Range & Endurance | Turbojet Engine | Numerical | Maximum Range and Maximum Endurance
- Climbing and Gliding Flight
- Lecture-1| Glide angle | Maximum Range and Endurance | Sinking Speed | Time to Descent | Numerical
- Lecture-2 | Gliding Numerical | Climbing- ROC & AOC | Maximum ROC & Maximum AOC | Numerical
- Lecture-3 | Max ROC & AOC | Thrust to Weight Ratio | Absolute Ceiling & Service Ceiling | Numerical
- Turning Flight
- Lecture-1 | Level Turn | Load Factor | Turn Radius | Turn Rate | Time to Turn | Turn Velocity |Numerical
- Lecture-2 | Pull-Up | Pull-Down | Pull-Out | Radius of Turn & Turn Rate | Numerical | PYQs
- Lecture-3 | V-n Diagram | Corner Speed | PHAA | PLAA | NHAA | NLAA
- Assignments | Study Material | Previous Year Questions
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