All videos of Crash Course: GATE Mechanical Engineering (English)

Classification of Engineering Materials

05:09 min

Mechanical properties of Engineering

09:56 min

Types of cast iron, Classification of CI, White cast iron, Grey cast iron

06:06 min

Types of steel, Steel types, Carbon steel, Alloy steel, Tool steel

07:26 min

Non Ferrous

07:29 min

Non metallic materials, Applications of materials

09:20 min

Stress vs Strain diagram

13:27 min

Objective Questions: Properties of Materials

15:05 min

Objective Questions: Stress, Strain, Properties of Materials

14:26 min

Introduction to Metrology

10:50 min

Limits

19:11 min

Fit Diagram

26:12 min

IT Grades

12:34 min

Tolerance Sink

08:52 min

Limits, Fits - 1

72:29 min

Limits, Fits - 2

51:09 min

GO and NO GO Gauges

22:02 min

Slip Gauges

10:59 min

Optical Flat (Interferometry)

14:07 min

Straigtness, Flatness

08:16 min

Angle Measurement

14:15 min

Introduction to Mechanical Vibrations

40:40 min

Springs in series and parallel and methods of vibration analysis

28:01 min

Effect of spring mass on natural frequency

17:00 min

Problems on undamped free vibration - 1

11:11 min

Problems on undamped free vibration - 2

28:29 min

Problems on undamped free vibration - 3

16:16 min

Problems on undamped free vibration - 4

22:22 min

Introduction to damped free vibration - 5

22:22 min

System response of overdamped, critically damped and underdamped systems

40:41 min

Logarithmic decrement

15:01 min

Problem on damped free vibration - 1

17:18 min

Problem on damped free vibration - 2

15:15 min

Problem on damped free vibration - 3

19:20 min

Problems on damped free vibration - 4

29:00 min

Introduction to Forced Vibration

42:00 min

Forced vibration due to rotating and reciprocating unbalance

29:29 min

Analysis of support motion (Expression for amplitude ratio)

36:01 min

Vibration isolation and force transmissibility

21:00 min

Critical speed of shaft

38:39 min

Problems on forced vibration - 1

48:49 min

Problems on forced vibration - 2

45:46 min

Problems on forced vibration - 3

40:01 min

Problems on forced vibration - 4

47:47 min

Problems on forced vibration - 5

43:44 min

Machine Design

06:03 min

Introduction and Approach to Machine Element Design

19:06 min

Material Strength and Tensile Test

17:18 min

Material Hardness tests

14:39 min

Material Impact Strength

25:09 min

Static Failure Theories

27:49 min

Static Failure theories for Brittle material

11:12 min

Selecting Static Failure theory

29:27 min

Fatigue failure introduction

27:28 min

Fatigue Life Methods and SN Diagram

22:49 min

Endurance limit and correction factors

24:01 min

Stress concentration factor and notch sensitivity

26:24 min

Fatigue Failure Theories

39:54 min

Shaft Design

35:59 min

Key Design and Classification

36:57 min

Basics of Rivets

38:02 min

Bolts basics and Design

35:49 min

Bolt and Rivet Problems

51:42 min

Welding joints classification and Butt weld Analysis

26:38 min

Fillet Welding Analysis and Problems

21:02 min

Fillet weld Problems

25:52 min

Fillet weld Conventional type question

19:56 min

Bearings introduction and classification

26:47 min

Sleeve Bearing

34:39 min

Multi Collar and Conical Bearing

22:49 min

Journal Bearing Introduction

38:12 min

Bearing Characteristic Number

25:17 min

Sommerfeld Number

18:09 min

Heat generation and Dissipation in JB

18:01 min

Antifriction Bearing comparison with Journal Bearing

24:30 min

Life of Rolling Contact Bearing (RCB or AFB)

41:50 min

Equivalent Load on Rolling Bearing

24:02 min

Rolling Contact Bearing

25:29 min

Shoe Brakes

42:13 min

Band Brakes

40:16 min

Clutches Introduction

31:41 min

Multi Plate Clutch

22:03 min

Gear Introduction

18:49 min

Gear Terminology

28:28 min

Efficiency of Gear Box

40:23 min

Spur Gear Design

43:54 min

Helical and Worm Gears

29:30 min

Springs: Maximum Stress

24:18 min

The Beginning

07:50 min

Level 1: Forces on a Plane - 1

08:22 min

Level 1: Forces on a Plane - 2

08:49 min

Level 1: Forces on a Plane - 3

07:21 min

Level 1: Forces on a Plane - 4

06:35 min

Level 1: Forces on a Plane - 5

16:05 min

Level 1: Forces on a Plane - 6

09:21 min

Level 1: Forces on a Plane - 7

07:28 min

Level 1: Forces on a Plane - 8

07:09 min

Level 1: Forces on a Plane - 9

07:01 min

Level 1: Forces on a Plane - 10

14:25 min

Level 1: Forces on a Plane - 11

03:51 min

Level 1: Forces on a Plane - 12

04:02 min

Level 2: Forces on a Plane - 1

11:07 min

Level 2: Forces on a Plane - 2

13:24 min

Level 2: Forces on a Plane - 3

22:46 min

Level 2: Forces on a Plane - 4

16:24 min

Level 2: Forces on a Plane - 5

07:37 min

Level 2: Forces on a Plane - 6

09:18 min

Level 2: Forces on a Plane - 7

15:50 min

Level 2: Forces on a Plane - 8

10:08 min

Level 2: Forces on a Plane - 9

06:54 min

Level 2: Forces on a Plane - 10

04:43 min

Level 2: Forces on a Plane - 11

09:06 min

Level 2: Forces on a Plane - 12

09:44 min

Level 2: Forces on a Plane - 13

09:26 min

Level 2: Forces on a Plane - 14

11:08 min

Level 3: Forces on a Plane - 1

09:13 min

Level 3: Forces on a Plane - 2

07:52 min

Graphical Analysis of Forces - 1

14:35 min

Graphical Analysis of Forces - 2

08:34 min

Graphical Analysis of Forces - 3

08:34 min

Trusses: Introduction & Basic Concept

36:34 min

Trusses: Method of Joints - 1

14:43 min

Trusses: Method of Joints - 2

23:01 min

Trusses: Method of Section - 1

17:14 min

Trusses: Method of Section - 2

10:44 min

Trusses: Method of Section - 3

16:19 min

Trusses: Method of Section - 4

16:58 min

Trusses: Method of Section - 5

11:29 min

Trusses: Method of Section - 6

12:43 min

Trusses: Method of Section - 7

18:12 min

Trusses: Method of Section - 8

25:05 min

Trusses: Method of Section - 9

16:57 min

Trusses: Method of Section - 10

13:43 min

Concept of Shear

06:30 min

Concept of Bending Moment

02:52 min

Beams and its Classification

08:20 min

Sign Convention & Calculation of SF & BM

19:11 min

Relation between Load, Shear Force & Bending Moment

09:23 min

Analytical Approach - 1

26:14 min

Analytical Approach - 2

20:45 min

Analytical Approach - 3

24:26 min

Analytical Approach - 4

12:39 min

Analytical Approach - 5

20:15 min

D' Alemberts Principle: Dynamics

19:54 min

Dynamics - 1

11:15 min

Dynamics - 2

16:39 min

Dynamics - 3

16:04 min

Dynamics - 4

16:50 min

Dynamics - 5

08:28 min

Dynamics - 6

17:22 min

Dynamics - 7

19:12 min

Dynamics - 8

22:12 min

Dynamics - 9

16:08 min

Constrained Motion: Net Power Delivered Zero Technique

13:53 min

Dynamics - 10

13:46 min

Work Energy Principle - 1

61:09 min

Work Energy Principle - 2

10:47 min

Work Energy Principle - 3

15:31 min

Work Energy Principle - 4

32:03 min

Work Energy Principle - 5

22:23 min

Work Energy Principle - 6

19:36 min

Work Energy Principle - 7

14:40 min

Centroid and Center of Gravity - 1

15:59 min

Centroid and Center of Gravity - 2

08:36 min

Centroid and Center of Gravity - 3

06:12 min

Centroid and Center of Gravity - 4

06:05 min

How to find Centroid of a Triangle by Integration

11:20 min

How to find Centroid of a Semicircle by Integration

06:54 min

How to find Centroid of a Quatercircle by Integration

09:06 min

How to find Centroid of a Semi-ellipse by Integration

07:23 min

How to find Centroid of a Parabolic Spandrel by Integration

10:23 min

How to find Centroid of a Circular Sector by Integration

08:33 min

How to find Centroid of an I - Section - 1

07:25 min

How to find Centroid of an Z - Section - 2

07:24 min

How to find Centroid of an C - Section - 3

06:30 min

How to find Centroid of an Composite Plane - 1

10:20 min

How to find Centroid of an Composite Plane - 2

10:07 min

How to find Centroid of an Composite Plane - 3

09:12 min

Moment of Inertia of an Z Section

12:59 min

Moment of Inertia of an C Section

13:33 min

Moment of Inertia of an Iron Beam's Cross Section

14:32 min

Moment of Inertia of a Composite Section - 1

09:55 min

Moment of Inertia of a Composite Section - 2

10:23 min

Friction: Complete Concept & Examples

53:31 min

Friction - 1

06:51 min

Friction - 2

06:02 min

Friction - 3 (Case 1)

13:26 min

Friction - 3 (Case 2)

11:52 min

Friction - 4

10:45 min

Friction - 5

11:15 min

Friction - 6

10:29 min

Friction - 7

13:04 min

Friction - 8

22:31 min

Friction - 9A

17:21 min

Friction - 9B

15:12 min

Friction - 10

18:08 min

Friction - 11

09:38 min

Friction - 12

09:03 min

Friction - 13

06:22 min

Moment of Inertia about Inclined Axis

13:39 min

Principal Moment of Inertia

21:18 min

Mechanics of Solids - 1

69:31 min

Mechanics of Solids - 2

34:24 min

Mechanics of Solids - 3

38:29 min

Mechanics of Solids - 4

50:52 min

Mechanics of Solids - 5

33:52 min

Mechanics of Solids - 6

34:44 min

Problems on Statically Indeterminate Systems - 1

23:12 min

Problems on Statically Indeterminate Systems - 2

24:16 min

Thermal Stresses and Strains: Basic Concept

23:49 min

Thermal Stresses and Strains: Composite Bars

25:42 min

Simple Stress and Strain - 1

36:31 min

Simple Stress and Strain - 2

63:56 min

Stress: Tensor

26:23 min

Average Normal Stress

17:29 min

Principal Stress and Strains - 1

26:28 min

Principal Stress and Strains - 2

26:46 min

Principal Stress and Strains - 3

25:14 min

Direct Stresses

33:02 min

Direct Stresses combined with Shear Stress

39:22 min

GATE Previous Year Objective Problems: Principal Stress and Strain

28:15 min

Fixed Beams - 1

73:58 min

Fixed Beams - 2

36:37 min

Fixed Beams - 3

36:37 min

Continuous Beams - 1

21:16 min

Continuous Beams - 2

34:57 min

Continuous Beams - 3

43:35 min

Deflection of Beams - 1

23:43 min

Deflection of Beams - 2

49:12 min

Deflection of Beams - 3

38:06 min

Deflection of Beams - 4

43:26 min

Deflection of Beams - 5

22:06 min

Deflection of Beams - 6

28:14 min

Deflection of Beams - 7

42:34 min

Deflection of Beams - 8

41:42 min

Deflection of Beams - 9

33:55 min

Deflection of Beams - 10

20:21 min

Deflection of Beams - 11

63:58 min

Deflection of Beams - 12

56:52 min

Deflection of Beams - 13

50:28 min

Deflection of Beams - 14

38:38 min

Deflection of Beams - 15

21:49 min

Deflection of Beams - 16

20:22 min

Deflection of Beams - 17

21:50 min

Bending of Beams - 1

68:47 min

Bending of Beams - 2

26:50 min

Bending of Beams - 3

32:03 min

Bending of Beams - 4

34:00 min

Bending of Beams - 5

26:11 min

Unsymmetrical Bending - 1

81:38 min

Unsymmetrical Bending - 2

38:15 min

Unsymmetrical Bending - 3

27:55 min

Unsymmetrical Bending - 4

40:55 min

Moment of Inertia about Inclined Axis

13:39 min

Principal Moment of Inertia

21:18 min

Torsion in Shafts_Complete Concept

43:07 min

Torque Resisted by Inner and Outer Core in Shafts

29:04 min

Multiple Torques & Shear Stress on Volume Element

28:37 min

Power Transmission by Shafts

24:58 min

Angle of Twist in Shafts

19:04 min

Shafts in Series

22:29 min

Shafts in Parallel

14:02 min

Introduction: Fluid Mechanics

09:07 min

Basic Concepts of Fluid

67:55 min

Properties of Fluid

72:41 min

Fluid Flow Analysis

65:39 min

Concepts of Hydrostatic

60:06 min

Measurement of Pressure and Hydrostatic forces

47:48 min

Buoyancy, Metacentre, Stability and Rigid body motion

63:33 min

Conservation of Momentum

59:05 min

Conservation of Mass

62:57 min

Reynolds Transport Theorem

68:56 min

Conservation of Momentum Applications

61:02 min

Bernoulli’s Equation

55:10 min

Applications of Bernoulli’s Equation

58:05 min

Fluid Statics Applications: Example Problems

49:46 min

Conservation of Momentum: Example problems

47:30 min

Bernoulli’s Equation : Problems Solving on Black Board

53:19 min

Lagrangian and Eulerian Descriptions

59:48 min

Motion and deformation of fluid elements

46:33 min

Problems Solving on Black Board

57:52 min

Dimensional Homogeneity

46:38 min

Dimensional Analysis and Similarity

45:02 min

Laminar and Turbulent Flows

56:33 min

Losses in Pipe Fittings

57:39 min

Flow in Noncircular Conduits and Multiple Path Pipeflow

55:28 min

Mass Conservation Equation - 1

30:45 min

Mass Conservation Equation - 2

54:26 min

Stream Function

64:01 min

Cauchy's Equation

55:06 min

The Navier-Stokes Equation - 1

62:05 min

The Navier-Stokes Equation - 2

61:20 min

The Navier-Stokes Equation - 3

56:23 min

Bounary Layer Approximation - 1

69:59 min

Boundary Layer Approximation - 2

60:20 min

Boundary Layer Approximation - 3

50:35 min

Open Channel Flow - 1

56:30 min

Open Channel Flow - 2

45:07 min

Open Channel Flow - 3

56:35 min

Drag and Lift

49:25 min

Introduction to Heat Transfer and Limitations of Thermodynamics

07:16 min

Modes of Heat Transfer (Conduction, Convection & Radiation)

19:14 min

Introduction and Classification of Heat Exchanger

16:59 min

LMTD Method for Parallel Flow Heat Exchanger

12:18 min

LMTD Method for Counter Flow Heat Exchanger

10:28 min

Numerical solved by LMTD Method for Parallel Flow Heat Exchanger

14:35 min

Numerical solved by LMTD Method for Counter Flow Heat Exchanger

09:21 min

Effectiveness and NTU for Parallel Flow Heat Exchanger

19:30 min

NTU Method for Counter Flow Heat Exchanger

14:47 min

Numerical solved by NTU Method for Parallel Flow Heat Exchanger

15:38 min

Numerical by NTU Method for Heat Exchanger

15:12 min

Numerical Based on Condenser Heat Exchanger

23:12 min

Overall Heat Transfer Coefficient in Heat Exchanger

11:34 min

One directional Heat Conduction through Wall

25:31 min

Numerical Based on Conduction through Wall

24:25 min

Radial Heat Conduction through Cylinder and Sphere

19:10 min

Numerical Based on Conduction through Cylinder

14:41 min

Critical Radius of Insulation for Cylinder and Sphere

20:56 min

Numerical on Critical Radius of Insulation

16:23 min

Heat Transfer from Extended Surfaces-Fins (Case-01)

28:16 min

Heat Transfer from Extended Surfaces-Fins (Case-02 & 03)

26:51 min

Effectiveness and Efficiency of Fins

18:45 min

Solved Numerical for Fins (Extended Surfaces)

18:43 min

General Heat Conduction Equation for Cartesian Coordinates

15:15 min

General Heat Conduction Equation for Cylindrical Coordinates

16:04 min

General Heat Conduction Equation for Spherical Coordinates

15:13 min

Transient (Unsteady State) Heat Conduction

14:44 min

Numerical based on Transient Heat Conduction

17:40 min

Introduction to Radiation Mode of Heat Transfer

25:13 min

Black Body Radiation and Basic Laws of Radiation

29:12 min

Solid Angle for Radiation and Radiation Intensity

19:06 min

Numerical based on Basic Laws of Radiation

20:03 min

Heat Radiation Exchange Between Black Bodies

17:20 min

Shape Factor with Salient Features

13:10 min

Electrical Analogy for Radiation Heat Transfer

25:22 min

Radiation Shields (Purpose & Effect)

20:16 min

Two-Phase Heat Transfer (Boiling and Condensation)

08:44 min

Boiling Regimes for all stages of Boiling

09:50 min

Theory of Flow Boiling and Condensation

08:40 min

Introduction and Basics of Convection

16:27 min

Dimensional Analysis Method for Forced Convection

18:12 min

Dimensional Analysis Method for Free Convection

13:02 min

Numerical on Forced Convection - 1

16:24 min

Numerical on Forced Convection - 2

10:40 min

Numerical on Forced Convection - 3

15:02 min

Numerical on Free Convection - 1

11:22 min

Numerical on Free Convection - 2

10:49 min

Numerical on Free Convection - 3

15:20 min

Thermodynamics - Course Introduction video

08:04 min

Basic concepts and definitions - 1

19:50 min

Basic concepts and definitions - 2

20:24 min

Basic concepts and definitions - 3

37:26 min

Basic concepts and definitions - 4

14:24 min

Tutorial problems on exact and inexact differential

12:33 min

Work - 1

19:09 min

Work - 2

13:44 min

Work - 3

17:13 min

Work - 4

28:38 min

Work - 5

13:18 min

Tutorial problem on 'Work' - 1

15:02 min

Tutorial problem on 'Work' - 2

18:47 min

Tutorial problem on 'Work' - 3

13:56 min

Tutorial problem on 'Work' - 4

13:39 min

Zeroth law of thermodynamics

14:05 min

Methods of temperature measurement

15:35 min

Modes of heat transfer

21:17 min

Tutorial problem on 'Modes of heat transfer

09:04 min

Tutorial problem on 'Methods of temperature measurement

18:36 min

First law of thermodynamics

29:00 min

Tutorial problem - 1

10:02 min

Tutorial problem - 2

18:48 min

Heat and work interactions for a system

11:28 min

Pure substance

15:00 min

Ideal gas - 1

11:29 min

Ideal gas - 2

22:18 min

Ideal gas - 3

07:05 min

Ideal gas - 4

16:30 min

Ideal gas - 5

14:33 min

Tutorial problem - 1

07:36 min

Tutorial problem - 2

15:01 min

Tutorial problem - 3

19:49 min

Tutorial problem - 4

16:25 min

Tutorial problem - 5

06:32 min

Specific heats at constant pressure and constant volume

11:59 min

Tutorial problem - 6

07:39 min

Tutorial problem - 7

12:54 min

Tutorial problem - 1

13:52 min

Tutorial problem - 2

24:18 min

Tutorial problem - 3

19:01 min

Tutorial problem - 4

18:26 min

Beyond ideal gases - 1

19:46 min

Beyond ideal gases - 2

14:18 min

Two phase system - 1

21:40 min

Two phase system - 2

38:01 min

Two phase system: water and steam

30:16 min

Tutorial problems (2 numbers)

37:13 min

Tutorial problem - 1

34:08 min

Tutorial problem - 2

16:30 min

Tutorial problem - 3

11:58 min

Tutorial problems on two-phase systems(2 numbers)

33:15 min

Tutorial problem (1 number)

23:09 min

Rate equation of the first law of thermodynamics for a control mass and a control volume

34:02 min

Energy equation for a steady-state, steady-flow process in selected engineering devices

38:09 min

Tutorial problems (3 numbers)

34:02 min

Tutorial problem - 1

14:32 min

Tutorial problem - 2

19:46 min

Quasi-static process revisited: Work against an external force

17:35 min

Limitations of the first law of thermodynamics

16:42 min

Direct and reverse heat engine

35:47 min

Kelvin-Planck and Clausius statements

11:31 min

Reversible process

12:41 min

Carnot's cycle and theorems

24:34 min

Second law of thermodynamcis: absolute temperature scale

17:39 min

Tutorial problems (2 numbers)

15:19 min

Tutorial problem (1 number)

16:04 min

Tutorial problem (1 number)

28:52 min

Tutorial problem (2 numbers)

12:39 min

Clausius's inequality

18:35 min

Entropy - 1

30:23 min

Entropy - 2

18:35 min

Entropy - 3

38:55 min

Entropy - 4

23:55 min

Entropy - 5

14:50 min

Entropy - 6

27:59 min

Entropy - 7

18:34 min

Tutorial problem (1 number)

15:09 min

Tutorial problem (1 number)

20:00 min

Tutorial problem (1 number)

13:54 min

Tutorial problems (2 numbers)

24:11 min

Exergy - 1

11:57 min

Exergy - 2

18:12 min

Exergy - 3

24:10 min

Rankine cycle

31:37 min

Tutorial problem (1 number)

33:44 min

Thermodynamics cycles: Brayton cycle

24:56 min

Tutorial problem (1 number)

11:41 min

Vapor compression refrigeration cycle

25:17 min

Tutorial problem (1 number)

25:15 min

Understanding Manufacturing

29:30 min

Fundamental Approaches of Manufacturing

33:55 min

Manufacturing process Specific advantages and limitations

41:22 min

Material and Manufacturing Processes

32:43 min

Classification of Manufacturing Processes

27:34 min

Selection of Manufacturing Processes

32:42 min

Applications of Manufacturing Processes

33:30 min

Effect of Manufacturing Process on Mechanical properties

33:12 min

Break Even Analysis in Manufacturing Processes

32:30 min

Introduction and Suitability

35:47 min

Steps of Casting Processes

26:29 min

Terminology

40:13 min

The Pattern Allowances - 1

34:16 min

The Pattern Allowances - 2

31:10 min

Sand Moulding - 1

31:29 min

Sand Moulding - 2

38:12 min

Core and Core Prints

36:35 min

Gating System

38:54 min

Yield and Riser Design

31:04 min

Riser Design

25:32 min

Cleaning of Castings

29:59 min

Casting Casting Defects and their Preventions

42:12 min

Shell Mould Casting

29:57 min

Investment and Permanent Mould Casting

28:10 min

Hot & Cold Working

32:04 min

Rolling

36:48 min

Forging

38:41 min

Extrusion

32:26 min

Wire Drawing

31:44 min

Press

32:12 min

Sheet Metal Operations - 1

30:35 min

Sheet Metal Operations - 2

33:16 min

Sheet Metal Operations - 3

38:31 min

Dies and Die sets

36:12 min

Material Removal Processes: Machining

37:09 min

Material Removal Processes: Mechanism of Metal Cutting

30:44 min

Material Removal Processes: Chip Formation

24:42 min

Material Removal Processes: Types of Chips and Power Consumption

33:09 min

Material Removal Processes: Heat Generation

27:45 min

Material Removal Processes: Tool Failure and Tool Life

31:55 min

Material Removal Processes: Tool materials

38:02 min

Material removal processes: Cutting fluids

32:58 min

Material removal processes: Grinding - 1

32:54 min

Material removal Processes: Grinding - 2

30:18 min

Material removal Processes: Grinding - 3

34:07 min

Material removal processes: Grinding operations

26:40 min

Joining of metals: Fundamentals - 1

28:08 min

Joining of metals: Fundamentals - 2

40:37 min

Welding processes

28:32 min

Brazing, soldering and weldability

28:53 min

Weldability and welding defects

31:46 min

Heat treatment: Fundamentals - 1

30:57 min

Heat treatment: Fundamentals - 2

29:33 min

Heat treatment: Fundamentals - 3

40:50 min

Heat treatment: Normalizing and hardening