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Theory of machine (Hindi)
Rating: 4.3 out of 5(5 ratings)
26 students

Theory of machine (Hindi)

mechanical engineering
Created byHarvinder Singh
Last updated 10/2022
Hindi

What you'll learn

  • Basics of Theory of Machine
  • Working of Governor
  • Working of Flywheel
  • Gear and types of Gears

Course content

1 section • 56 lectures • 29h 26m total length

  • Introduction0:54
  • Belt rope and pulley drive1:14:31
  • Fast and loose pulley1:30
  • Velocity Ratio of belt drive, Derivation Length of open belt drive, Derivation R1:42:34
  • Power transmission by Belt drive, Condition for maximum power transmission1:07:55
  • What is Gear10:08
  • Torque3:53
  • Torque vs rpm10:20
  • Type of Gears8:34
  • Types of Gears6:17
  • Gear Ratio4:42
  • Gear Terminology8:00
  • Gear Terminology 112:44
  • Gear Terminology 29:40
  • Module of Gear18:41
  • Gear Box11:43
  • Gear box 113:23
  • Worm and wheel4:06
  • Worm and Wheel 13:52
  • Gear, and its types1:18:48
  • Gear Terminology, involute profile, cycloidal profile of teeth1:03:35
  • Epicyclic Gear Train24:45
  • Epicyclic Gear train calculations24:33
  • Epicyclic Numerical, Turning moment diagram of four stroke engine, Flywheel53:52
  • Energy Stored in flywheel1:12:05
  • Design and dimensions of Flywheel, Flywheel in punching press55:35
  • Numerical of Flywheel46:19
  • Governor, watt governor50:10
  • Porter governor derivation23:52
  • Terms used in Governor, Proell Governor51:40
  • Hartnell Governor Derivation47:26
  • Numerical Hartnell governor, Sensitivity of governor, isochronous governor,1:05:35
  • Cam and follower introduction15:07
  • Cam and follower 116:48
  • Radial Cam Construction (Follower moving with uniform velocity)30:18
  • Cam and follower design || Offset follower14:08
  • Cam and follower moving with simple harmonic motion (SHM)13:31
  • Cam and follower design, follower moving with uniform acceleration,49:40
  • Cam Design numerical, follower moving with uniform velocity24:37
  • Cam Profile Numerical practice, roller follower moving with SHM40:13
  • Simple Mechanism, Introduction, Kinematic links, kinematic pair, constrained1:11:45
  • Condition for Four bar chain mechanism, Grabular Equation, Degree of Freedom55:50
  • Inversion of Four bar chain mechanism28:53
  • Introduction of Instantaneous Center1:06:40
  • Instantaneous center, types of Instantaneous center,43:15
  • Set Square Use14:37
  • Numerical of Instantaneous center28:45
  • Relative Velocity Method14:36
  • Numerical Relative Velocity Method18:47
  • Balancing Of Rotating Masses (Static And Dynamic Balancing) || Same Plane || Dif1:11:36
  • Balancing of Reciprocating masses || Hammer Blow52:03
  • Brake and Its Types4:24
  • Derivation of Single Shoe Brake, Simple band brake35:45
  • Prony Brake Dynamometer Hindi Gear Institute5:53
  • Rope Brake Dynamometer11:24
  • Air Brake System5:51

Requirements

  • No experience required

Description

Welcome to Gear institute

In This course we will learn about the concepts of Theory of machine


You will get all video lectures,  for better and effective results..


The given subjects will be covered by Experienced Faculty Members in this course



For any queries regarding the course you can chat with us..


All the Best!

Study Smart with Gear Institute


Course covers following topics

Belt, rope and chain transmission

Belt drive

chain drive

Gear drive

Power transmission by Belt drive

Condition for maximum power transmission

Belt drive rope drive and chain drive difference

Four bar chain mechanism

Inversions of four bar chain mechanism

crank crank mechanism

crank rocker mechanism

rocker rocker mechanism

Simple Mechanism, Introduction,

problems solving of simple mechanism

Kinematic links, kinematic pair, Types of constrained motion

Grabular Equation

Degree of freedom

Gears terms and terminology

Gear pitch

PCD, Module of gear

Gear types

working of gear

Gear profile

Involute profile

cycloidal profile

Path of approach, path of recess,

interference, Simple gear train,

compound gear train,

Reverted gear train, epicyclic gear train

Epicyclic Gear Train

Epicyclic Numerical,

Turning moment diagram of four stroke engine, Flywheel

Design and dimensions of Flywheel, Flywheel in punching press

Governor and its types

Governor, watt governor, porter governor

hartnel governor

Numerical Hartnell governor, Sensitivity of governor, isochronous governor,

stability of governor, Hunting of governor

Cam and follower

Instantaneous center method

Relative velocity method

Use of set square

Balancing of rotating masses

Dynamometer

Air brake

Derivation of Single Shoe Brake, Simple band brake


Who this course is for:

  • This course is for mechanical and civil engineering students (specially for who want to prepare for junior engineer exam)

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