Канал: Dhananjay Bhoge

Harmonic Analysis of Cantilever Beam In Ansys Workbench

Harmonic Analysis of Cantilever Beam In Ansys Workbench

Frequency Response curves for different amount of damping: Experiment Procedure

Frequency Response curves for different amount of damping: Experiment Procedure

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

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

Modal Analysis in ANSYS Workbench

Modal Analysis in ANSYS Workbench

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

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

What is the angular speed of seconds hand of a watch

What is the angular speed of seconds hand of a watch

Deltoid Linkage Animation, Inversions of four bar chain

Deltoid Linkage Animation, Inversions of four bar chain

Design of slider Crank Mechanism in CATIA V5: Animated Inversions

Design of slider Crank Mechanism in CATIA V5: Animated Inversions

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

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

To Draw a Conjugate Gear Tooth Profile using Law of Gearing

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

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

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

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

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

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

Effect of Gyroscopic Couple on Ships: Numerical

Effect of Gyroscopic Couple on Ships: Numerical

Effect of Gyroscopic Couple on Aeroplane: Numerical

Effect of Gyroscopic Couple on Aeroplane: Numerical

Effect of Gyroscopic Couple on Aeroplanes

Effect of Gyroscopic Couple on Aeroplanes

Synthesis of Slider Crank Mechanism using Relative Pole Method

Synthesis of Slider Crank Mechanism using Relative Pole Method

Synthesis of 4 bar Mechanism using Inversion Method

Synthesis of 4 bar Mechanism using Inversion Method

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

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

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

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

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

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

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

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

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

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

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

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

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

CATIA V5 Tutorial for beginners: Stiffener command in CATIA

CATIA V5 Tutorial for beginners: Stiffener command in CATIA

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

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

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

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

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

Cam terminology Cam and follower Nomenclature

Cam terminology Cam and follower Nomenclature

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

Cross head assembly and Part modeling in Catia V5

Cross head assembly and Part modeling in Catia V5

Butterfly Valve Assembly in Catia V5-Part II

Butterfly Valve Assembly in Catia V5-Part II

Butterfly Valve Assembly using Catia V5 - Part I

Butterfly Valve Assembly using Catia V5 - Part I

Catia V5 Tutorial for beginners 2

Catia V5 Tutorial for beginners 2

Catia V5 Tutorial for beginners 1

Catia V5 Tutorial for beginners 1

Torque analysis in epicyclic gear trains: Numerical 1

Torque analysis in epicyclic gear trains: Numerical 1

Holding torque in epicyclic gear train

Holding torque in epicyclic gear train

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

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

Analysis of Bevel Epicyclic Gear Train:Numerical 1

Analysis of Bevel Epicyclic Gear Train:Numerical 1

Analysis of epicyclic gear trains Numerical: tabular method

Analysis of epicyclic gear trains Numerical: tabular method

Analysis of epicyclic gear train: Tabular Method

Analysis of epicyclic gear train: Tabular Method

Introduction to Epicyclic Gear Trains

Introduction to Epicyclic Gear Trains

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

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

Reverted Gear Train. Types of Gear Trains

Reverted Gear Train. Types of Gear Trains

Gyroscopic effect on Ships during Pitching:Method II

Gyroscopic effect on Ships during Pitching:Method II

Effect of Gyroscopic Couple on Ships during Steering:Method II

Effect of Gyroscopic Couple on Ships during Steering:Method II

Gyroscopic effect on ships during Pitching:Method I

Gyroscopic effect on ships during Pitching:Method I

Effect of Gyroscopic Couple on Ships during Steering:Method I

Effect of Gyroscopic Couple on Ships during Steering:Method I

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

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

Types of Gear Trains, Gear Train Analysis

Types of Gear Trains, Gear Train Analysis

Bevel Gear Analysis : Pitch angle and force analysis

Bevel Gear Analysis : Pitch angle and force analysis

Bevel Gear Terminology

Bevel Gear Terminology

Analysis of Worm Gear (Numerical)

Analysis of Worm Gear (Numerical)

Worm Gear Center Distance and Efficiency

Worm Gear Center Distance and Efficiency

Worm Gear terminology/Nomenclature and velocity ratio

Worm Gear terminology/Nomenclature and velocity ratio

Spiral Gear Numerical

Spiral Gear Numerical

Efficiency of Spiral Gear

Efficiency of Spiral Gear

Spiral Gear Efficiency

Spiral Gear Efficiency

Spiral Gear Velocity Ratio and Center Distance

Spiral Gear Velocity Ratio and Center Distance

Spiral Gears shaft angle

Spiral Gears shaft angle

Helical Gear Numerical

Helical Gear Numerical

Helical Gear Force Analysis

Helical Gear Force Analysis

Formative number of teeth on Helical gear/Virtual Spur gear in normal Plane

Formative number of teeth on Helical gear/Virtual Spur gear in normal Plane

Helical Gear Terminology/Nomenclature

Helical Gear Terminology/Nomenclature

Spur Gear Force Analysis

Spur Gear Force Analysis

Minimum no. of teeth on pinion & wheel to avoid interference, methods to avoid interference

Minimum no. of teeth on pinion & wheel to avoid interference, methods to avoid interference

Minimum number of teeth on rack to avoid interference & numerical on minimum number of teeth

Minimum number of teeth on rack to avoid interference & numerical on minimum number of teeth

Interference and undercutting in Involute Gears

Interference and undercutting in Involute Gears

Involute Gear Tooth Action in Spur Gears, Path of contact, arc of contact

Involute Gear Tooth Action in Spur Gears, Path of contact, arc of contact

Arc of Contact and contact ratio, Involute Gear tooth action

Arc of Contact and contact ratio, Involute Gear tooth action

Trifilar Suspension System

Trifilar Suspension System

Bifilar Suspension System

Bifilar Suspension System

Compound Pendulum. Frequency of Oscillations of Compound Pendulum

Compound Pendulum. Frequency of Oscillations of Compound Pendulum

Ackerman Steering Gear Mechanism

Ackerman Steering Gear Mechanism

Davis Steering Gear Mechanism

Davis Steering Gear Mechanism

Equation of Correct Steering. Condition of correct steering.Steering gear equation

Equation of Correct Steering. Condition of correct steering.Steering gear equation

Exact and Approximate Straight line Motion Mechanisms

Exact and Approximate Straight line Motion Mechanisms

Inversions of Double Slider Crank Chain/Mechanism

Inversions of Double Slider Crank Chain/Mechanism

Inversions of single slider crank Chain/Mechanism

Inversions of single slider crank Chain/Mechanism

Inversions of 4 bar chain/Mechanism

Inversions of 4 bar chain/Mechanism

Introduction to Kinematics & Mechanisms:lecture 2

Introduction to Kinematics & Mechanisms:lecture 2

Introduction to kinematics & Mechanisms: Lecture 1

Introduction to kinematics & Mechanisms: Lecture 1

Hooke's Joint Analysis

Hooke's Joint Analysis

Degree of freedom of planar mechanisms.Grubler's criterion

Degree of freedom of planar mechanisms.Grubler's criterion

Velocity & Acceleration Analysis of Slider crank mechanism: analytical methods:Lecture 2 (Numerical)

Velocity & Acceleration Analysis of Slider crank mechanism: analytical methods:Lecture 2 (Numerical)

Complex Algebra method numerical: velocity and acceleration analysis of slider crank mechanism

Complex Algebra method numerical: velocity and acceleration analysis of slider crank mechanism

Complex algebra and vector algebra methods for velocity and acceleration analysis

Complex algebra and vector algebra methods for velocity and acceleration analysis

Velocity & Acceleration Analysis of Slider crank mechanism: analytical methods:Lecture 1

Velocity & Acceleration Analysis of Slider crank mechanism: analytical methods:Lecture 1

RTO AMVI previous years solutions Mains: Theory of Machines

RTO AMVI previous years solutions Mains: Theory of Machines

Instantaneous Center of Rotation Method (ICR). Problem 3. Lecture 2

Instantaneous Center of Rotation Method (ICR). Problem 3. Lecture 2

Instantaneous Center of Rotation Method (ICR). Problem 3. Lecture 1

Instantaneous Center of Rotation Method (ICR). Problem 3. Lecture 1

Coriolis Acceleration.Velocity & acceleration analysis of trunnion joint. Lecture 2

Coriolis Acceleration.Velocity & acceleration analysis of trunnion joint. Lecture 2

Coriolis Acceleration. Velocity & acceleration analysis of trunnion joint.Lecture 1

Coriolis Acceleration. Velocity & acceleration analysis of trunnion joint.Lecture 1

Coriolis acceleration.Velocity & acceleration analysis of crank & slotted lever mechanism.Lecture 2

Coriolis acceleration.Velocity & acceleration analysis of crank & slotted lever mechanism.Lecture 2

Coriolis acceleration.Velocity and acceleration analysis of crank & slotted lever mechanism.Lecture1

Coriolis acceleration.Velocity and acceleration analysis of crank & slotted lever mechanism.Lecture1

Coriolis component of acceleration

Coriolis component of acceleration

Velocity and acceleration analysis of 4 bar mechanism(ternary link). Lect. 02

Velocity and acceleration analysis of 4 bar mechanism(ternary link). Lect. 02

Velocity and acceleration analysis of 4 bar mechanism (ternary link). Lect. 1

Velocity and acceleration analysis of 4 bar mechanism (ternary link). Lect. 1

Velocity and acceleration analysis of scotch yoke mechanism. Lecture 2

Velocity and acceleration analysis of scotch yoke mechanism. Lecture 2

Velocity and acceleration analysis of scotch Yoke mechanism. Lecture 1

Velocity and acceleration analysis of scotch Yoke mechanism. Lecture 1

Velocity and Acceleration Analysis of Slider crank Mechanism. Lecture 2

Velocity and Acceleration Analysis of Slider crank Mechanism. Lecture 2

Velocity and acceleration analysis of slider crank mechanism using Relative velocity method

Velocity and acceleration analysis of slider crank mechanism using Relative velocity method

Instantaneous center of rotation.Kinematic Analysis of mechanism using instantaneous center method

Instantaneous center of rotation.Kinematic Analysis of mechanism using instantaneous center method

Velocity and acceleration analysis for 4 bar mechanism using Relative velocity and acceleration

Velocity and acceleration analysis for 4 bar mechanism using Relative velocity and acceleration

Instantaneous center of rotation for slider crank mechanism.Analysis of slider crank mechanism

Instantaneous center of rotation for slider crank mechanism.Analysis of slider crank mechanism

relative velocity and acceleration analysis of Mechanisms: circular motion, vector representation

relative velocity and acceleration analysis of Mechanisms: circular motion, vector representation

Velocity and acceleration analysis of IC engine Mechanism using klein's construction

Velocity and acceleration analysis of IC engine Mechanism using klein's construction

Velocity and acceleration analysis of IC engine Mechanism using Klein's construction

Velocity and acceleration analysis of IC engine Mechanism using Klein's construction