17:24

Harmonic Analysis of Cantilever Beam In Ansys Workbench

09:40

Frequency Response curves for different amount of damping: Experiment Procedure

07:55

Natural frequency and Damping Coefficient of damped free torsional vibrations: Experiment

09:14

Modal Analysis in ANSYS Workbench

03:04

The angular velocity of a particle rotating in circular orbit 100 times per minute is

02:22

What is the angular speed of seconds hand of a watch

03:04

Deltoid Linkage Animation, Inversions of four bar chain

22:58

Design of slider Crank Mechanism in CATIA V5: Animated Inversions

24:28

Design of 4 bar mechanism/linkage animated in Catia V5/Inversions of 4 bar chain

12:30

To Draw a Conjugate Gear Tooth Profile using Law of Gearing

16:55

Effect of Gyroscopic Couple on Two Wheeled Vehicle Moving along a Curved Path

23:06

Effect of Gyroscopic Couple on Four Wheel Vehicle taking a turn: Numerical

26:35

Stabilization of Four Wheel Vehicle Moving along a Curved Path Gyroscopic effect on four wheelers

28:19

Effect of Gyroscopic Couple on Ships: Numerical

28:51

Effect of Gyroscopic Couple on Aeroplane: Numerical

07:59

Effect of Gyroscopic Couple on Aeroplanes

10:40

Synthesis of Slider Crank Mechanism using Relative Pole Method

08:27

Synthesis of 4 bar Mechanism using Inversion Method

31:47

To draw a Cam Profile for Oscillating Roller Follower moving with Simple Harmonic Motion

26:56

To Draw Cam Profile for Flat Face Follower moving with Cycloidal Motion

07:00

Rib and Slot tool in CATIA V5: CATIA V5 tutorial for beginners

18:11

Flange Coupling Assembly and part modeling in CATIA V5: Catia V5 Tutorial for beginners

38:02

Draw Cam Profile for offset roller follower with SHM & Uniform acceleration & retardation

14:42

To create stiffener for cylindrical or rounded features using multi-section tool

35:43

To draw Cam profile for radial roller follower with SHM & Uniform acceleration & retardation

10:41

CATIA V5 tutorial for beginners: Shaft tool in CATIA, Revolving Features in CATIA

26:52

To draw Cam Profile for offset Knife edge follower with Simple Harmonic Motion

06:31

CATIA V5 Tutorial for beginners: Stiffener command in CATIA

05:44

Catia V5 tutorial for beginners: use of Pad and Pocket command

28:10

Cam Profile for knife edge follower with uniform acceleration & retardation & simple harmonic motion

22:03

Displacement diagrams for follower moving with uniform velocity, simple harmonic motion, UA&R

08:33

Cam terminology Cam and follower Nomenclature

31:07

To draw cam profile for different types of followers,To draw Cam Profile for different followers

36:13

Cross head assembly and Part modeling in Catia V5

17:02

Butterfly Valve Assembly in Catia V5-Part II

41:37

Butterfly Valve Assembly using Catia V5 - Part I

10:40

Catia V5 Tutorial for beginners 2

11:52

Catia V5 Tutorial for beginners 1

18:51

Torque analysis in epicyclic gear trains: Numerical 1

10:00

Holding torque in epicyclic gear train

24:44

Analysis of Bevel Epicyclic gear train used in differential gear box: Numerical,

39:14

Analysis of Bevel Epicyclic Gear Train:Numerical 1

47:43

Analysis of epicyclic gear trains Numerical: tabular method

08:42

Analysis of epicyclic gear train: Tabular Method

17:14

Introduction to Epicyclic Gear Trains

07:32

Motions in Epicyclic Gear Trains, deceleration, Direct coupling and Reverse rotation

12:16

Reverted Gear Train. Types of Gear Trains

10:23

Gyroscopic effect on Ships during Pitching:Method II

10:43

Effect of Gyroscopic Couple on Ships during Steering:Method II

13:14

Gyroscopic effect on ships during Pitching:Method I

30:04

Effect of Gyroscopic Couple on Ships during Steering:Method I

27:52

Gyroscopic Couple, Spin velocity, Precession velocity, Planes and vectors

41:49

Types of Gear Trains, Gear Train Analysis

31:47

Bevel Gear Analysis : Pitch angle and force analysis

25:59

Bevel Gear Terminology

26:32

Analysis of Worm Gear (Numerical)

50:41

Worm Gear Center Distance and Efficiency

41:32

Worm Gear terminology/Nomenclature and velocity ratio

39:51

Spiral Gear Numerical

54:01

Efficiency of Spiral Gear