Lecture 45 I Examples on Tabular Method of Determining Velocity Ratio of Epicyclic Gear Train
MECHANICAL ENGINEERING TUTORIALS
Lecture 45 I Examples on Tabular Method of Determining Velocity Ratio of Epicyclic Gear Train
10:18
Lecture 04 | Discrete Probability Distribution with Examples
MECHANICAL ENGINEERING TUTORIALS
Lecture 04 | Discrete Probability Distribution with Examples
20:16
Lecture 03 | Basic Probability Theory with Examples
MECHANICAL ENGINEERING TUTORIALS
Lecture 03 | Basic Probability Theory with Examples
12:26
Lecture 02 | Examples on Probability Theory and Sampling Distribution
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Lecture 02 | Examples on Probability Theory and Sampling Distribution
12:45
Lecture 01 | Probability theory and Sampling Distribution
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Lecture 01 | Probability theory and Sampling Distribution
15:01
Tutorial 01 | Basics of AutoCAD 2017 |
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Tutorial 01 | Basics of AutoCAD 2017 |
13:32
Tutorial 08 | Introduction to Surfacing in Catia | Part 2
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Tutorial 08 | Introduction to Surfacing in Catia | Part 2
20:55
Tutorial 07 | Introduction to Surfacing in Catia | Part 1
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Tutorial 07 | Introduction to Surfacing in Catia | Part 1
16:11
Tutorial 06 | Introduction to Part Design Workbench in Catia I Part 4
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Tutorial 06 | Introduction to Part Design Workbench in Catia I Part 4
24:44
Tutorial 05 | Introduction to Part Design Workbench in Catia I Part 3
MECHANICAL ENGINEERING TUTORIALS
Tutorial 05 | Introduction to Part Design Workbench in Catia I Part 3
19:00
Tutorial 04 | Introduction to Part Design Workbench in Catia I Part 2
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Tutorial 04 | Introduction to Part Design Workbench in Catia I Part 2
18:32
Tutorial 03 | Introduction to Part Design Workbench in Catia I Part 1
MECHANICAL ENGINEERING TUTORIALS
Tutorial 03 | Introduction to Part Design Workbench in Catia I Part 1
22:00
Tutorial 02 | Introduction to Sketching in CATIA v5 | Sketcher Workbench
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Tutorial 02 | Introduction to Sketching in CATIA v5 | Sketcher Workbench
40:27
Tutorial 01 | Introduction to Dassault Systemes Catia v5 | R20
MECHANICAL ENGINEERING TUTORIALS
Tutorial 01 | Introduction to Dassault Systemes Catia v5 | R20
21:23
Lecture 44 | Tabular Method of Determining Velocity Ratio of Epicyclic Gear Train
MECHANICAL ENGINEERING TUTORIALS
Lecture 44 | Tabular Method of Determining Velocity Ratio of Epicyclic Gear Train
8:14
Lecture 06 | Examples on Curl and Divergence
MECHANICAL ENGINEERING TUTORIALS
Lecture 06 | Examples on Curl and Divergence
23:14
Lecture 43 | Gear Trains
MECHANICAL ENGINEERING TUTORIALS
Lecture 43 | Gear Trains
18:01
Lecture 42 | Minimum Number of Teeth Required on Gear and Pinion to Avoid Interference
MECHANICAL ENGINEERING TUTORIALS
Lecture 42 | Minimum Number of Teeth Required on Gear and Pinion to Avoid Interference
13:01
Lecture 05 | Curl and Divergence
MECHANICAL ENGINEERING TUTORIALS
Lecture 05 | Curl and Divergence
12:13
Lecture 04 I Examples on Gradient of the Scalar Point Function
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Lecture 04 I Examples on Gradient of the Scalar Point Function
19:05
Lecture 03 | Examples on Directional Derivatives
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Lecture 03 | Examples on Directional Derivatives
26:01
Lecture 02 | Introduction to Vector Calculus
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Lecture 02 | Introduction to Vector Calculus
6:18
Lecture 29 | Examples on Klein's Construction
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Lecture 29 | Examples on Klein's Construction
8:30
Lecture 28 | Klein's Construction
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Lecture 28 | Klein's Construction
9:52
Lecture 27 | Examples on Instantaneous Center | Part 2
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Lecture 27 | Examples on Instantaneous Center | Part 2
7:31
Lecture 26 | Examples on Instantaneous Center | Part 1
MECHANICAL ENGINEERING TUTORIALS
Lecture 26 | Examples on Instantaneous Center | Part 1
12:02
Lecture 25 | Kennedy's Theorem and Angular Velocity Ratio Theorem
MECHANICAL ENGINEERING TUTORIALS
Lecture 25 | Kennedy's Theorem and Angular Velocity Ratio Theorem
7:18
Lecture 24 | Number of Instantaneous Centers and Their Types
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Lecture 24 | Number of Instantaneous Centers and Their Types
10:41
Lecture 23 | Instantaneous Center of Velocity | Virtual Center | Centrode
MECHANICAL ENGINEERING TUTORIALS
Lecture 23 | Instantaneous Center of Velocity | Virtual Center | Centrode
8:17
Lecture 22 | Coriolis Component or Acceleration
MECHANICAL ENGINEERING TUTORIALS
Lecture 22 | Coriolis Component or Acceleration
10:59
Lecture 21 | Examples on Determination of Velocity and Acceleration using Graphical Method | Part 3
MECHANICAL ENGINEERING TUTORIALS
Lecture 21 | Examples on Determination of Velocity and Acceleration using Graphical Method | Part 3
16:17
Lecture 20 | Examples on Determination of Velocity and Acceleration using Graphical Method | Part 2
MECHANICAL ENGINEERING TUTORIALS
Lecture 20 | Examples on Determination of Velocity and Acceleration using Graphical Method | Part 2
13:09
Lecture 05 | Resultant of Concurrent Force System
MECHANICAL ENGINEERING TUTORIALS
Lecture 05 | Resultant of Concurrent Force System
11:12
Lecture 41 | Interference in Involute Gears
MECHANICAL ENGINEERING TUTORIALS
Lecture 41 | Interference in Involute Gears
10:05
Lecture 40 | Examples on Length of Path/Arc of Contact and Contact Ratio
MECHANICAL ENGINEERING TUTORIALS
Lecture 40 | Examples on Length of Path/Arc of Contact and Contact Ratio
14:09
Lecture 01 | Introduction to Engineering Mathematics 2
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Lecture 01 | Introduction to Engineering Mathematics 2
10:11
Lecture 39 | Contact Ratio
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Lecture 39 | Contact Ratio
7:08
Lecture 38 | Derivation of Length of Arc of Contact
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Lecture 38 | Derivation of Length of Arc of Contact
7:48
Lecture 04 | Moment of Force
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Lecture 04 | Moment of Force
14:25
Lecture 19 | Examples on Determination of Velocity and Acceleration using Graphical Method | Part 1
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Lecture 19 | Examples on Determination of Velocity and Acceleration using Graphical Method | Part 1
27:41
Lecture 03 Resolution of Force
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Lecture 03 Resolution of Force
12:54
Lecture 37 | Derivation of Length of Path of Contact
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Lecture 37 | Derivation of Length of Path of Contact
12:02
Lecture 36 | Law of Gearing
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Lecture 36 | Law of Gearing
12:22
Lecture 35 | Involute and Cycloidal Teeth
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Lecture 35 | Involute and Cycloidal Teeth
10:06
Lecture 34 | Gear Terminology | Part 2
MECHANICAL ENGINEERING TUTORIALS
Lecture 34 | Gear Terminology | Part 2
9:00
Lecture 33 | Gear Terminology | Part 1
MECHANICAL ENGINEERING TUTORIALS
Lecture 33 | Gear Terminology | Part 1
21:24
Lecture 02 I Concept of Force
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Lecture 02 I Concept of Force
10:34
Lecture 18 |  Acceleration of Slider Crank Mechanism by Graphical Method
MECHANICAL ENGINEERING TUTORIALS
Lecture 18 | Acceleration of Slider Crank Mechanism by Graphical Method
8:00
Lecture 17 | Velocity of Slider Crank Mechanism by Graphical Method
MECHANICAL ENGINEERING TUTORIALS
Lecture 17 | Velocity of Slider Crank Mechanism by Graphical Method
8:26
Lecture 32 | Applications of Gears
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Lecture 32 | Applications of Gears
12:02
Lecture 01 | Introduction to Engineering Mechanics
MECHANICAL ENGINEERING TUTORIALS
Lecture 01 | Introduction to Engineering Mechanics
6:46
Lecture 31 | Classification of Gears
MECHANICAL ENGINEERING TUTORIALS
Lecture 31 | Classification of Gears
19:13
Lecture 30 | Introduction to Gears
MECHANICAL ENGINEERING TUTORIALS
Lecture 30 | Introduction to Gears
5:00
Lecture 16 | Acceleration of Four Bar Mechanism | Graphical Method
MECHANICAL ENGINEERING TUTORIALS
Lecture 16 | Acceleration of Four Bar Mechanism | Graphical Method
8:16
Lecture 15 | Velocity of Four Bar Mechanism | Graphical Method
MECHANICAL ENGINEERING TUTORIALS
Lecture 15 | Velocity of Four Bar Mechanism | Graphical Method
6:17
Lecture 14 I Intermittent Motion Mechanism
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Lecture 14 I Intermittent Motion Mechanism
9:53
Lecture 13 | Straight Line Motion Mechanism
MECHANICAL ENGINEERING TUTORIALS
Lecture 13 | Straight Line Motion Mechanism
11:38
Lecture 12 I Inversions of Double Slider Crank Chain
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Lecture 12 I Inversions of Double Slider Crank Chain
12:17
Lecture 11 | Inversions of Slider Crank Chain
MECHANICAL ENGINEERING TUTORIALS
Lecture 11 | Inversions of Slider Crank Chain
12:51
Lecture 10 I Grashof's Law and Inversions of Four Bar Chain
MECHANICAL ENGINEERING TUTORIALS
Lecture 10 I Grashof's Law and Inversions of Four Bar Chain
10:30
Lecture 09 | Examples on Degrees of Freedom
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Lecture 09 | Examples on Degrees of Freedom
15:06
Lecture 08 | Degrees of Freedom and Greubler's Equation
MECHANICAL ENGINEERING TUTORIALS
Lecture 08 | Degrees of Freedom and Greubler's Equation
11:37
Lecture 07 | Types of Joints in A Chain
MECHANICAL ENGINEERING TUTORIALS
Lecture 07 | Types of Joints in A Chain
14:31
Lecture 06 | Difference Between Structure and Machine
MECHANICAL ENGINEERING TUTORIALS
Lecture 06 | Difference Between Structure and Machine
4:08
Lecture 05 I Mechanism and Inversions of Mechanism
MECHANICAL ENGINEERING TUTORIALS
Lecture 05 I Mechanism and Inversions of Mechanism
6:11
Lecture 04 | Fundamentals of Mechanisms | Kinematic Chain
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Lecture 04 | Fundamentals of Mechanisms | Kinematic Chain
9:30
Lecture 03 | Fundamentals of Mechanisms | Kinematic Pairs
MECHANICAL ENGINEERING TUTORIALS
Lecture 03 | Fundamentals of Mechanisms | Kinematic Pairs
8:08
Lecture 02 | Fundamentals of Mechanisms | Links
MECHANICAL ENGINEERING TUTORIALS
Lecture 02 | Fundamentals of Mechanisms | Links
10:52
Mechanical Engineering Tutorials | Channel Trailer
MECHANICAL ENGINEERING TUTORIALS
Mechanical Engineering Tutorials | Channel Trailer
1:32
Lecture 17 | Projection of Straight Lines
MECHANICAL ENGINEERING TUTORIALS
Lecture 17 | Projection of Straight Lines
6:59
Lecture 01 | Introduction to Kinematics of Machines | KOM
MECHANICAL ENGINEERING TUTORIALS
Lecture 01 | Introduction to Kinematics of Machines | KOM
8:29
Lecture 07 | Harmonic Analysis | Fourier Series Expansion
MECHANICAL ENGINEERING TUTORIALS
Lecture 07 | Harmonic Analysis | Fourier Series Expansion
21:06
Lecture 06 | Superposition and Beats Phenomenon
MECHANICAL ENGINEERING TUTORIALS
Lecture 06 | Superposition and Beats Phenomenon
7:34
Lecture 05 Contd... | Addition of SHM
MECHANICAL ENGINEERING TUTORIALS
Lecture 05 Contd... | Addition of SHM
9:58
Lecture 16 | Projection of Point in Side Views I Part 3
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Lecture 16 | Projection of Point in Side Views I Part 3
13:17
Lecture 05 | Addition of SHM
MECHANICAL ENGINEERING TUTORIALS
Lecture 05 | Addition of SHM
14:43
Lecture 15 | Projection of Point in Side Views | Part 2
MECHANICAL ENGINEERING TUTORIALS
Lecture 15 | Projection of Point in Side Views | Part 2
11:50
Lecture 14 | Projection of Point in Side Views | Part 1
MECHANICAL ENGINEERING TUTORIALS
Lecture 14 | Projection of Point in Side Views | Part 1
13:10
Lecture 04 | Simple Harmonic Motion (SHM)
MECHANICAL ENGINEERING TUTORIALS
Lecture 04 | Simple Harmonic Motion (SHM)
8:27
Lecture 03 | Types of Vibrations and Their Causes
MECHANICAL ENGINEERING TUTORIALS
Lecture 03 | Types of Vibrations and Their Causes
13:37
Lecture 02 | Definitions in Mechanical Vibrations.
MECHANICAL ENGINEERING TUTORIALS
Lecture 02 | Definitions in Mechanical Vibrations.
11:09
Lecture 01| Introduction to Mechanical Vibrations
MECHANICAL ENGINEERING TUTORIALS
Lecture 01| Introduction to Mechanical Vibrations
9:00
Lecture 13 | Procedure for Projection of An Object in Front View, Top View and Side View
MECHANICAL ENGINEERING TUTORIALS
Lecture 13 | Procedure for Projection of An Object in Front View, Top View and Side View
12:52
Lecture 12 | Concept of First Angle and Third Angle Projection
MECHANICAL ENGINEERING TUTORIALS
Lecture 12 | Concept of First Angle and Third Angle Projection
6:56
Lecture 11| Introduction to Left Profile Plane and Right Profile Plane
MECHANICAL ENGINEERING TUTORIALS
Lecture 11| Introduction to Left Profile Plane and Right Profile Plane
9:38
Lecture 10 | Problems on Projection of Points | Part 5
MECHANICAL ENGINEERING TUTORIALS
Lecture 10 | Problems on Projection of Points | Part 5
8:43
Lecture 09 | Problems on Projection of Points | Part 4
MECHANICAL ENGINEERING TUTORIALS
Lecture 09 | Problems on Projection of Points | Part 4
16:07
Lecture 08 | Problems on Projection of Points | Part 3
MECHANICAL ENGINEERING TUTORIALS
Lecture 08 | Problems on Projection of Points | Part 3
19:42
Lecture 07 | Problems on Projection of Points | Part 2
MECHANICAL ENGINEERING TUTORIALS
Lecture 07 | Problems on Projection of Points | Part 2
10:49
Lecture 06 | Problems on Projection of Point | Part 1
MECHANICAL ENGINEERING TUTORIALS
Lecture 06 | Problems on Projection of Point | Part 1
13:35
Lecture 05 | Scales and Orthographic Projection
MECHANICAL ENGINEERING TUTORIALS
Lecture 05 | Scales and Orthographic Projection
11:37
Lecture 04 | Dimensioning Standards in Engineering Drawing
MECHANICAL ENGINEERING TUTORIALS
Lecture 04 | Dimensioning Standards in Engineering Drawing
11:31
Lecture 03 | Line Types Used in Engineering Drawing
MECHANICAL ENGINEERING TUTORIALS
Lecture 03 | Line Types Used in Engineering Drawing
11:42
Lecture 02 | Quadrant System in Engineering Drawing
MECHANICAL ENGINEERING TUTORIALS
Lecture 02 | Quadrant System in Engineering Drawing
12:40
Lecture 01 | Introduction to Engineering Drawing
MECHANICAL ENGINEERING TUTORIALS
Lecture 01 | Introduction to Engineering Drawing
5:45