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Index
Introduction - Machine Design
Complex Stresses
Theories of Failure
Design for Fatigue load
Design of Brakes and Clutches
Joint Design
Spur Gear Design
Design of shafts, keys and Bearings
Springs
All Exams  >   Mechanical Engineering  >   Machine Design (Video Lectures)  >   All Videos

All videos of Machine Design (Video Lectures) for Mechanical Engineering Exam

Introduction - Machine Design

Importance and Syllabus of Machine Design | Introduction Machine Design | GATE Machine Design

06:49 min

Explained: Introduction Definition of Machine Design | GATE Machine Design

05:08 min

Introduction Load Classification Static Load | Introduction Machine Design | GATE Machine Design

13:10 min

Understanding the Problem on Impact load (Numerical 1)| Introduction Machine Design | GATE

04:53 min

Introduction Classification of Load Variable load | Introduction | GATE ME Machine Design

12:49 min

Introduction Stress | Introduction - Machine Design | GATE Machine Design

06:58 min

Introduction: Classification of stresses | Introduction - Machine Design | GATE Machine Design

11:39 min

Understanding the Concept of Normal stress addition | Introduction - Machine Design | GATE

07:34 min

Simplifies: Stress Tensor | Introduction - Machine Design | GATE Machine Design

15:43 min

Understanding the Difference between Stress and Pressure | Introduction - Machine Design | GATE

11:55 min

Understanding the stress tensor (Numerical 2)| Introduction Machine Design | GATE

03:17 min

Understanding the Normal stress addition (Numerical 3)| Introduction Machine Design | GATE

07:15 min

Understanding the Normal stress addition (Numerical 4)| Introduction Machine Design | GATE

09:09 min

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Complex Stresses

Introduction to Design for Static Loading | Complex stresses | GATE Machine Design

28:42 min

Explained: Stresses on Inclined Plane | Complex Stresses | GATE Machine Design

34:57 min

Mastering the Stresses on Inclined Plane 1D Loading | Complex Stresses | GATE Machine Design

17:28 min

Understanding the Stresses on Inclined Plane Pure Shear | Complex Stresses | GATE Machine Design

18:02 min

Principal of Stresses and Maximum Shear Stress | Complex stresses | GATE Machine Design

25:23 min

Numerical 1: Complex Stresses | Complex stresses | GATE Machine Design

18:17 min

Mastering the Concept of Mohr Circle in Complex stresses | GATE Machine Design

46:29 min

Explained: Mohr Circle for 1D Loading | Complex stresses | GATE Machine Design

14:30 min

Simplified the Concept of Mohr Circle for Pure shear | Complex stresses | GATE Machine Design

13:39 min

GATE Machine Design Simplified: Mohr Circle for Isotropic Loading | Complex stresses

14:37 min

Understanding the Mohr Circle for Beams or Shafts | Complex stresses | GATE Machine Design

06:30 min

GATE Machine Design: Mastering Strain Analysis in Complex stresses

22:42 min

Mastering the Concept of Plane stress and plane strain in Complex stresses | GATE Machine Design

06:28 min

Numerical 2: 3D Mohrs circle | Complex stresses | GATE Machine Design

17:22 min

Numerical 4: Complex Stresses | Complex stresses | GATE Machine Design

12:50 min

Numerical 5: Complex Stresses | Complex stresses | GATE Machine Design

09:47 min

Numerical 6: Complex Stresses | Complex stresses | GATE Machine Design

15:52 min

Numerical 7: Complex Stresses | Complex stresses | GATE Machine Design

12:49 min

Numerical 8: Complex Stresses | Complex stresses | GATE Machine Design

13:00 min

Numerical 9: Complex Stresses | Complex stresses | GATE Machine Design

09:58 min

Numerical 10: Complex Stresses | Complex stresses | GATE Machine Design

07:03 min

Numericals on Pure Shear | Complex stresses | GATE Machine Design

19:49 min

Numerical 11: Complex Stresses | Complex stresses | GATE Machine Design

03:26 min

Numerical 12: Complex Stresses | Complex stresses | GATE Machine Design

02:53 min

Numerical 13: Complex Stresses | Complex stresses | GATE Machine Design

10:55 min

Numerical 14: Complex Stresses | Complex stresses | GATE Machine Design

04:56 min

Numerical 15: Complex Stresses | Complex stresses | GATE Machine Design

04:06 min

Numerical 16: Complex Stresses | Complex stresses | GATE Machine Design

04:31 min

Numerical 18: Complex Stresses | Complex stresses | GATE Machine Design

12:42 min

Numerical 19: Complex Stresses | Complex stresses | GATE Machine Design

05:33 min

Numerical 20: Complex Stresses | Complex stresses | GATE Machine Design

03:37 min

Numerical 21: Complex Stresses | Complex stresses | GATE Machine Design

04:06 min

Numerical 22: Complex Stresses | Complex stresses | GATE Machine Design

03:39 min

Numerical 23: Complex Stresses | Complex stresses | GATE Machine Design

03:14 min

Numerical 24: Complex Stresses | Complex stresses | GATE Machine Design

03:37 min

Numerical 25: Complex Stresses | Complex stresses | GATE Machine Design

04:37 min

Numerical 26: Complex Stresses | Complex stresses | GATE Machine Design

09:52 min

Theories of Failure

Introduction to Failure Theories | Theories of Failure |GATE Machine Design

15:39 min

Stress Strain Diagram for Strength Calculation | Theories of Failure | GATE Machine Design

62:20 min

Rankine Theory (Maximum Normal Stress Theory) | Theories of Failure | GATE Machine Design

29:20 min

Problem on Rankine Theory | Theories of Failure | GATE Solid Mechanics | GATE Machine Design

03:50 min

Guest Theory or Maximum Shear Stress Theory | GATE Solid Mechanics | Machine Design

34:27 min

Problem on Guest Theory -|Theories of Failure | GATE Solid Mechanics GATE Machine Design

05:37 min

Saint Venant Theory or Maximum Normal Strain Theory | Theories of Failure | GATE Solid Mechanics

35:18 min

Problem on Saint Venants Theory | Theories of Failure | GATE Solid Mechanics | GATE Machine Design

05:05 min

Haighs Theory or Strain Energy Theory | Theories of Failure | GATE Solid Mechanics Machine Design

26:35 min

Numerical 4: Haighs Theory | Theories of Failure | GATE Machine Design

04:08 min

Von Moses and Henkys theory (Distorsion Energy or Shear Strain Energy Theory) | GATE Machine Design

45:32 min

Summary of theories of failure | Theories of Failure | GATE Machine Design

18:59 min

Numerical 5: Solving the Theories of Failure | GATE Machine Design

14:27 min

Explained: Guest theory Vs Distortion energy theory | Theories of Failure | GATE Machine Design

05:51 min

Numerical 6: Solving the Theories of Failure | GATE Machine Design

05:20 min

Shaft subjected to combined bending and twisting moment | Theories of Failure | GATE Machine Design

41:40 min

Numerical 7: Solving the Theories of Failure | GATE Machine Design

38:09 min

Numerical 8: Solving the Theories of Failure | GATE Machine Design

12:37 min

Numerical 9: Solving the Theories of Failure | GATE Machine Design

07:56 min

Numerical 10: Solving the Theories of Failure | GATE Machine Design

07:21 min

Numerical 11: Solving the Theories of Failure | GATE Machine Design

06:58 min

Numerical 12: Solving the Theories of Failure | GATE Machine Design

04:45 min

Numerical 13: Solving the Theories of Failure | GATE Machine Design

09:30 min

Numerical 14: Solving the Theories of Failure | GATE Machine Design

03:39 min

Numerical 15: Solving the Theories of Failure | GATE Machine Design

08:27 min

Numerical 16: Solving the Theories of Failure | GATE Machine Design

04:53 min

Numerical 17: Solving the Theories of Failure | GATE Machine Design

04:16 min

Numerical 18: Solving the Theories of Failure | GATE Machine Design

04:25 min

Numerical 19: Solving the Theories of Failure | GATE Machine Design

03:05 min

Numerical 20: Solving the Theories of Failure | GATE Machine Design

02:58 min

Numerical 21: Solving the Theories of Failure | GATE Machine Design

03:29 min

Numerical 22: Solving the Theories of Failure | GATE Machine Design

03:22 min

Numerical 23: Solving the Theories of Failure | GATE Machine Design

04:44 min

Numerical 24: Solving the Theories of Failure | GATE Machine Design

02:41 min

Numerical 25: Solving the Theories of Failure | GATE Machine Design

04:42 min

Numerical 26: Solving the Theories of Failure | GATE Machine Design

13:31 min

Numerical 27: Solving the Theories of Failure | GATE Machine Design

06:13 min

305 videos
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Design for Fatigue load

Stress Concentration for Elliptical Hole | Design for Fatigue load | GATE Machine Design

14:33 min

Explained: Effect of Stress Concentration | Design for Fatigue load | GATE Machine Design

13:19 min

Introduction to Fluctuating Stresses | Design for Fatigue load | GATE Machine Design

29:35 min

Explained: Fatigue Strength and Endurance Strength | Design for Fatigue load | GATE Machine Design

19:40 min

Mastering the S-N Curve for Steel | Design for Fatigue load | GATE Machine Design

14:31 min

Simplified: Corrected Endurance Strength | Design for Fatigue load | GATE Machine Design

30:17 min

Design for Finite and Infinite Life Completely Reversed Stress | Design for Fatigue load | GATE

25:01 min

Mastering the Numerical 1: Infinite Life | Design for Fatigue load | GATE Machine Design

12:24 min

Mastering the Numerical 2: Infinite Life | Design for Fatigue load | GATE Machine Design

08:08 min

Mastering the Numerical 3: Infinite Life | Design for Fatigue load | GATE Machine Design

09:02 min

Mastering the Numerical 4: Finite Life | Design for Fatigue load | GATE Machine Design

08:54 min

Mastering the Numerical 5: Finite Life | Design for Fatigue load | GATE Machine Design

11:03 min

Mastering the Numerical 6: Finite Life | Design for Fatigue load | GATE Machine Design

25:06 min

Mastering the Numerical 7: Finite Life | Design for Fatigue load | GATE Machine Design

16:34 min

Understanding the Cumulative Damage in fatigue | Design for Fatigue load | GATE Machine Design

11:51 min

Mastering the Numerical8: Cumulative damage in fatigue |Design for Fatigue load |GATE Machine Design

17:54 min

Explained: Soderberg; Goodman and Gerber line | Design for Fatigue load | GATE Machine Design

19:46 min

Modified Goodman Diagram Explained | Design for Fatigue load | GATE Machine Design

15:29 min

Fatigue Design Under Combined Stresses | Design for Fatigue load | GATE Machine Design

12:51 min

Mastering the Numerical 9: Goodman diagram | Design for Fatigue load | GATE Machine Design

11:01 min

Mastering the Numerical 10: Modified Goodman diagram | Design for Fatigue load | GATE Machine Design

10:15 min

Mastering the Numerical 11: Goodman diagram | Design for Fatigue load | GATE Machine Design

07:59 min

Numerical 12: Factor of safety calculation | Design for Fatigue load | GATE Machine Design

09:25 min

Mastering the Numerical 13: Combined stresses | Design for Fatigue load | GATE Machine Design

07:34 min

Mastering the Numerical 14: Combined stresses | Design for Fatigue load | GATE Machine Design

12:39 min

Mastering the Numerical 15: Stress concentration | Design for Fatigue load | GATE Machine Design

04:10 min

Mastering the Numerical 16: Fatigue loading | Design for Fatigue load | GATE Machine Design

06:01 min

Mastering the Numerical 17: Fatigue loading | Design for Fatigue load | GATE Machine Design

05:48 min

Mastering the Numerical 19: Fatigue loading | Design for Fatigue load | GATE Machine Design

04:55 min

Mastering the Numerical 20: Fatigue loading | Design for Fatigue load | GATE Machine Design

02:59 min

Mastering the Numerical 21: Fatigue loading | Design for Fatigue load | GATE Machine Design

03:02 min

Mastering the Numerical 22: Fatigue loading | Design for Fatigue load | GATE Machine Design

03:46 min

Mastering the Numerical 23: Fatigue loading | Design for Fatigue load | GATE Machine Design

12:20 min

Mastering the Numerical 24: Fatigue loading | Design for Fatigue load | GATE Machine Design

04:09 min

Mastering the Numerical 26: Fatigue loading | Design for Fatigue load | GATE Machine Design

05:43 min

Mastering the Numerical 27: Fatigue loading | Design for Fatigue load | GATE Machine Design

06:25 min

Mastering the Numerical 29: Fatigue loading | Design for Fatigue load | GATE Machine Design

04:50 min

Mastering the Numerical 30: Fatigue loading | Design for Fatigue load | GATE Machine Design

04:01 min

Mastering the Numerical 31: Fatigue loading | Design for Fatigue load | GATE Machine Design

08:03 min

Mastering the Numerical 32: Fatigue loading | Design for Fatigue load | GATE Machine Design

12:38 min

Mastering the Numerical 33: Fatigue loading | Design for Fatigue load | GATE Machine Design

29:31 min

Methods to Improve Fatigue Strength | Design for Fatigue load | GATE Machine Design

11:13 min

Design of Brakes and Clutches

Introduction to Brakes | Design of Brakes and Clutches | GATE Machine Design

14:12 min

Understanding the Principle of Shoe Brake | Design of Brakes and Clutches | GATE Machine Design

13:13 min

Introduction to Band Brake | Design of Brakes and Clutches | GATE Machine Design

12:57 min

Pressure Ratio in Band Brake | Design of Brakes and Clutches | GATE Machine Design

16:59 min

Differential Band Brake | Design of Brakes and Clutches | GATE Machine Design

13:27 min

Mastering the Numerical 1: Shoe Brake | Design of Brakes and Clutches | GATE Machine Design

08:13 min

Mastering the Numerical 3: Shoe Brake | Design of Brakes and Clutches | GATE Machine Design

06:57 min

Mastering the Numerical 4: Shoe Brake | Design of Brakes and Clutches | GATE Machine Design

07:13 min

Mastering the Numerical 5: Band brake | Design of Brakes and Clutches | GATE Machine Design

05:31 min

Mastering the Numerical 7: Band brake | Design of Brakes and Clutches | GATE Machine Design

05:01 min

Mastering the Numerical 8: Band brake | Design of Brakes and Clutches | GATE Machine Design

08:50 min

Mastering the Numerical 9: Band brake | Design of Brakes and Clutches | GATE Machine Design

05:31 min

Mastering the Numerical 10: Block brake | Design of Brakes and Clutches | GATE Machine Design

27:51 min

Numerical 11: Differencial band brake | Design of Brakes and Clutches | GATE Machine Design

09:03 min

Mastering the Numerical 12: Brake design | Design of Brakes and Clutches | GATE Machine Design

08:41 min

Mastering the Numerical 13: Brake design | Design of Brakes and Clutches | GATE Machine Design

10:27 min

Introduction to Clutch | Design of Brakes and Clutches | GATE Machine Design

07:05 min

Types of Clutch | Design of Brakes and Clutches | GATE Machine Design

11:02 min

Single Plate Clutch in Design of Brakes and Clutches | GATE Machine Design

34:41 min

Mastering the Numerical14: Single plate clutch | Design of Brakes and Clutches | GATE Machine Design

07:19 min

Mastering the Numerical15: Single plate clutch | Design of Brakes and Clutches | GATE Machine Design

05:14 min

Mastering the Numerical16: Single plate clutch | Design of Brakes and Clutches | GATE Machine Design

06:27 min

Multiplate Clutch | Design of Brakes and Clutches | GATE Machine Design

10:24 min

Mastering the Numerical 18: Multi plate clutch | Design of Brakes and Clutches | GATE Machine Design

06:29 min

Simplified the Concept of Conical Clutch | Design of Brakes and Clutches | GATE Machine Design

10:54 min

Mastering the Numerical 19: Conical Clutch | Design of Brakes and Clutches | GATE Machine Design

12:19 min

Explained: Centrifugal Clutch | Design of Brakes and Clutches | GATE Machine Design

16:03 min

Mastering the Numerical 20: Centrifugal Clutch | Design of Brakes and Clutches | GATE Machine Design

11:08 min

Mastering the Numerical21: Single plate clutch | Design of Brakes and Clutches | GATE Machine Design

09:02 min

Mastering the Numerical 22: Braking torque | Design of Brakes and Clutches | GATE Machine Design

05:31 min

Mastering the Numerical23: Single plate clutch | Design of Brakes and Clutches | GATE Machine Design

08:19 min

Mastering the Numerical 24: Single plate clutch| Design of Brakes and Clutches | GATE Machine Design

07:46 min

Mastering the Numerical 25: Single plate clutch| Design of Brakes and Clutches | GATE Machine Design

04:13 min

Mastering the Numerical 26: Single plate clutch| Design of Brakes and Clutches | GATE Machine Design

06:21 min

Mastering the Numerical 27: Single plate clutch| Design of Brakes and Clutches | GATE Machine Design

08:55 min

Mastering the Numerical 28: Block brake | Design of Brakes and Clutches | GATE Machine Design

10:44 min

Mastering the Numerical 29: Shoe brake | Design of Brakes and Clutches | GATE Machine Design

09:54 min

Numerical 30: Brake and Clutch Design | Design of Brakes and Clutches | GATE Machine Design

13:26 min

Joint Design

Introduction to Joints | Joint Design | GATE Machine Design

12:06 min

Introduction to Welded joints | Joint Design | GATE Machine Design

06:17 min

Explained the Concept of Butt Weld | Joint Design | GATE Machine Design

07:54 min

Simplified the Concept of Fillet Weld | Joint Design | GATE Machine Design

23:31 min

Mastering the Numerical 1: Butt weld | Joint Design | GATE Machine Design

04:57 min

Mastering the Numerical 2: Fillet weld | Joint Design | GATE Machine Design

03:11 min

Mastering the Numerical 3: Fillet weld | Joint Design | GATE Machine Design

03:54 min

Mastering the Numerical 4: Fillet weld | Joint Design | GATE Machine Design

05:58 min

Mastering the Numerical 5: Fillet weld | Joint Design | GATE Machine Design

05:59 min

Mastering the Numerical 7: Fillet weld | Joint Design | GATE Machine Design

03:30 min

Introduction to Riveted Joints | Joint Design | GATE Machine Design

13:56 min

Explained: Failure and Efficiency of Riveted Joints | Joint Design | GATE Machine Design

19:15 min

Understanding Eccentrically Loaded Riveted Joints | Joint Design | GATE Machine Design

21:55 min

Mastering the Numerical 8: Eccentrically Loaded Riveted Joints | Joint Design | GATE Machine Design

15:52 min

Mastering the Numerical 9: Eccentrically loaded riveted joints | Joint Design | GATE Machine Design

16:42 min

Mastering the Numerical 10: Efficiency of riveted joint | Joint Design | GATE Machine Design

24:46 min

Mastering the Numerical 11: Riveted joint | Joint Design | GATE Machine Design

04:08 min

Mastering the Numerical 12: Riveted joint | Joint Design | GATE Machine Design

11:46 min

Mastering the Numerical 13: Riveted joint | Joint Design | GATE Machine Design

04:33 min

Introduction to Bolted Joints | Joint Design | GATE Machine Design

35:43 min

Explained: Eccentrically Loaded Bolted Joint | Joint Design | GATE Machine Design

25:57 min

Mastering the Numerical 14: Eccentrically loaded bolted joint | Joint Design | GATE Machine Design

11:36 min

Mastering the Numerical 15: Eccentrically loaded bolted joint | Joint Design | GATE Machine Design

15:13 min

Mastering the Numerical 16: Eccentrically loaded bolted joint | Joint Design | GATE Machine Design

11:59 min

Mastering the Numerical 26: Welded joints for circular fillet | Joint Design | GATE Machine Design

06:17 min

Mastering the Numerical 17: Eccentrically loaded bolted joint | Joint Design | GATE Machine Design

08:04 min

Understanding the Bolts of Uniform Strength | Joint Design | GATE Machine Design

12:46 min

Mastering the Numerical 19: Bolted joint | Joint Design | GATE Machine Design

05:03 min

Mastering the Numerical 20: Bolted joint | Joint Design | GATE Machine Design

08:59 min

Mastering the Numerical 21: Bolted joint | Joint Design | GATE Machine Design

04:56 min

Understanding the Concept of Axially Loaded Unsymmetrical weld | Joint Design | GATE Machine Design

12:11 min

Mastering the Numerical 22: Axially loaded unsymmetrical weld | Joint Design | GATE Machine Design

10:10 min

Simplified: Eccentrically Loaded Welded Joints | Joint Design | GATE Machine Design

22:02 min

Mastering the Numerical 23: Eccentrically loaded welded joints | Joint Design | GATE Machine Design

15:52 min

Explained: Welded Joints for Circular Fillet | Joint Design | GATE Machine Design

09:25 min

Mastering the Numerical 24: Welded joints for circular fillet | Joint Design | GATE Machine Design

07:43 min

Mastering the Numerical 28: Shaft Design | Design of shafts; keys and Bearings | GATE Machine Design

03:20 min

Mastering the Numerical 27: Joints Design | Joint Design | GATE Machine Design

23:06 min

Spur Gear Design

Explained: Classification of Gears | Spur Gear Design | GATE Machine Design

34:34 min

Understanding the Concept of Gear Terminology | Spur Gear Design | GATE Machine Design

22:45 min

Center Distance and Velocity Ratio | Spur Gear Design | GATE Machine Design

09:42 min

Simplified the Concept Law of Gearing | Spur Gear Design | GATE Machine Design

24:06 min

Simplified the Concept of Pressure Angle | Spur Gear Design | GATE Machine Design

18:17 min

Explained: Interference | Spur Gear Design | GATE Machine Design

15:32 min

Explained: Force Analysis in Spur Gear | Spur Gear Design | GATE Machine Design

14:12 min

Beam Strength Equation | Spur Gear Design | GATE Machine Design

23:27 min

Simplified the Concept of Failure of Gears | Spur Gear Design | GATE Machine Design

05:35 min

Mastering the Numerical 1: Spur gear | Spur Gear Design | GATE Machine Design

04:21 min

Mastering the Numerical 2: force on Spur gear | Spur Gear Design | GATE Machine Design

07:30 min

Mastering the Numerical 3: Center distance | Spur Gear Design | GATE Machine Design

05:30 min

Mastering the Numerical 4: Design of spur gear | Spur Gear Design | GATE Machine Design

10:13 min

Mastering the Numerical 5: spur gear tooth | Spur Gear Design | GATE Machine Design

12:16 min

Mastering the Numerical 6: spur gear design | Spur Gear Design | GATE Machine Design

07:30 min

Mastering the Numerical 7: spur gear design | Spur Gear Design | GATE Machine Design

15:06 min

Mastering the Numerical 8: Center distance | Spur Gear Design | GATE Machine Design

03:32 min

Mastering the Numerical 9: spur gear design | Spur Gear Design | GATE Machine Design

18:20 min

Mastering the Numerical 10: spur gear design | Spur Gear Design | GATE Machine Design

05:03 min

Mastering the Numerical 11: spur gear design | Spur Gear Design | GATE Machine Design

03:04 min

Mastering the Numerical 12: Gear Selection | Spur Gear Design | GATE Machine Design

03:36 min

Mastering the Numerical 13: spur gear design | Spur Gear Design | GATE Machine Design

09:23 min

Mastering the Numerical 14: theory questions | Spur Gear Design | GATE Machine Design

05:01 min

Mastering the Numerical 15: theory questions | Spur Gear Design | GATE Machine Design

05:13 min

Mastering the Numerical 16: theory questions | Spur Gear Design | GATE Machine Design

03:54 min

Mastering the Numerical 17: theory questions | Spur Gear Design | GATE Machine Design

10:40 min

Mastering the Numerical 18: theory questions | Spur Gear Design | GATE Machine Design

06:49 min

Mastering the Numerical 19: force on Spur gear | Spur Gear Design | GATE Machine Design

06:17 min

Mastering the Numerical 20: Spur Gear | Spur Gear Design | GATE Machine Design

10:05 min

Design of shafts, keys and Bearings

Introduction to Shafts; Keys and Bearing | GATE Machine Design

10:04 min

Simplified the Concept Design of Shaft | Design of shafts; keys and Bearings | GATE Machine Design

44:33 min

Understanding the Types of Keys | Design of shafts; keys and Bearings | GATE Machine Design

10:50 min

Design of Square and Flat Key | Design of shafts; keys and Bearings | GATE Machine Design

13:56 min

Mastering the Numerical 1: Square key | Design of shafts; keys and Bearings | GATE Machine Design

07:26 min

Mastering the Numerical 2: Flat key | Design of shafts; keys and Bearings | GATE Machine Design

06:55 min

Mastering the Numerical 3: Square key | Design of shafts; keys and Bearings | GATE Machine Design

04:00 min

Introduction to Rolling Contact Bearing | Design of shafts; keys and Bearings | GATE Machine Design

08:55 min

Explained: Types of Bearing | Design of shafts; keys and Bearings | GATE Machine Design

14:57 min

Mastering the Numerical 18: Eccentrically loaded bolted joint | Joint Design | GATE Machine Design

13:23 min

Explained: Bearing Designation | Design of shafts; keys and Bearings | GATE Machine Design

07:56 min

Static Load Carrying Capacity | Design of shafts; keys and Bearings | GATE Machine Design

06:15 min

Basic Load Rating | Design of shafts; keys and Bearings | GATE Machine Design

13:32 min

Mastering the Numerical 4: Ball bearing | Design of shafts; keys and Bearings | GATE Machine Design

04:48 min

Mastering the Numerical5: Roller bearing | Design of shafts; keys and Bearings | GATE Machine Design

04:10 min

Mastering the Numerical 6: Ball bearing | Design of shafts; keys and Bearings | GATE Machine Design

03:12 min

Mastering the Numerical 7: Ball bearing | Design of shafts; keys and Bearings | GATE Machine Design

04:21 min

Mastering the Numerical 8: Ball bearing | Design of shafts; keys and Bearings | GATE Machine Design

02:54 min

Mastering the Numerical 9: Ball bearing | Design of shafts; keys and Bearings | GATE Machine Design

03:36 min

Mastering the Numerical 10: Ball bearing | Design of shafts; keys and Bearings | GATE Machine Design

05:00 min

Mastering the Numerical 11: Ball bearing | Design of shafts; keys and Bearings | GATE Machine Design

05:08 min

Mastering the Numerical 12: Ball bearing | Design of shafts; keys and Bearings | GATE Machine Design

07:14 min

Numerical 13: Theory questions on Ball bearing | Design of shafts; keys and Bearings | GATE

08:07 min

Introduction to Sliding Contact Bearing | Design of shafts; keys and Bearings | GATE Machine Design

33:46 min

Torque and Friction Losses | Design of shafts; keys and Bearings | GATE Machine Design

16:30 min

Introduction to Sommerfield Number in Design of shafts; keys and Bearings | GATE Machine Design

12:11 min

Numerical 14: Sommerfield Number | Design of shafts; keys and Bearings | GATE Machine Design

05:46 min

Numerical 15: Sommerfield Number | Design of shafts; keys and Bearings | GATE Machine Design

05:09 min

Numerical 17: Sliding Contact Bearing | Design of shafts; keys and Bearings | GATE Machine Design

08:50 min

Numerical 18: Theory Questions on Journal Bearing | Design of shafts; keys and Bearings | GATE

07:22 min

Mastering the Numerical 19: Shaft Design | Design of shafts; keys and Bearings | GATE Machine Design

04:16 min

Mastering the Numerical 20: Shaft Design | Design of shafts; keys and Bearings | GATE Machine Design

17:25 min

Mastering the Numerical 21: Shaft Design | Design of shafts; keys and Bearings | GATE Machine Design

06:03 min

Mastering the Numerical 22: Shaft Design | Design of shafts; keys and Bearings | GATE Machine Design

04:02 min

Mastering the Numerical 23: Shaft Design | Design of shafts; keys and Bearings | GATE Machine Design

06:30 min

Mastering the Numerical 24: Shaft Design | Design of shafts; keys and Bearings | GATE Machine Design

06:37 min

Mastering the Numerical 25: Shaft Design | Design of shafts; keys and Bearings | GATE Machine Design

07:14 min

Mastering the Numerical 26: Shaft Design | Design of shafts; keys and Bearings | GATE Machine Design

04:11 min

Mastering the Numerical 27: Shaft Design | Design of shafts; keys and Bearings | GATE Machine Design

08:06 min

Springs

Introduction to Springs | Springs | GATE Machine Design

12:05 min

Simplified: Terminology of Helical Spring | Springs | GATE Machine Design

17:37 min

Simplified: Series and Parallel Connection of Springs | Springs | GATE Machine Design

07:57 min

Mastering the Numerical 1: Springs | GATE Machine Design

03:38 min

Mastering the Numerical 2: Springs | GATE Machine Design

05:12 min

Mastering the Numerical 3: Springs | GATE Machine Design

04:55 min

Mastering the Numerical 4: Springs | GATE Machine Design

05:19 min

Mastering the Numerical 5: Springs | GATE Machine Design

03:52 min

Mastering the Numerical 6: Springs | GATE Machine Design

09:04 min

Mastering the Numerical 7: Springs | GATE Machine Design

02:36 min

Mastering the Numerical 8: Springs | GATE Machine Design

07:34 min

Mastering the Numerical 9: Springs | GATE Machine Design

07:20 min

Mastering the Numerical 10: Springs | GATE Machine Design

05:00 min

Mastering the Numerical 11: Springs | GATE Machine Design

07:23 min

Top Courses Mechanical Engineering

Video lectures for Machine Design (Video Lectures) 2025 is part of Mechanical Engineering exam preparation. The videos have been prepared according to the Mechanical Engineering exam syllabus. The Video lectures, notes, tests & MCQs are made for Mechanical Engineering 2025 Exam. Find important definitions, questions, notes, meanings, examples, exercises, MCQs and online tests here.

Video lectures of Machine Design (Video Lectures) in English & Hindi are available as part of Mechanical Engineering exam. Download more important topics, notes, lectures and mock test series for Mechanical Engineering Exam by signing up for free.
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