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Learning Concepts of Machine Tool Gear Box
Rating: 4.4 out of 5(37 ratings)
1,557 students

Learning Concepts of Machine Tool Gear Box

Learning Concepts of Machine Tool Gear Box for engineers and professionals
Last updated 2/2021
English

What you'll learn

  • Learning aspects of Design of Machine Tool Gear Box

Course content

1 section5 lectures1h 28m total length
  • Introduction of Machine Tool Gear Box14:47
  • Various Law's and concepts used in Design of Machine Tool Gear Box36:52
  • Transmission Restriction in Machine Tool Gear Box4:38
  • Speed Diagram and Ray Diagram in Machine Tool Gear Box16:50
  • Gearing Diagram and Calculation of Number of teeth on Gears14:57

Requirements

  • Theory of Machine and Gear Drives basics

Description

In Mechanical Engineering stream the subject name is Mechanical System Design in this subject related to design of various systems such as pressure vessel, machine tool gearbox and IC engine components which will help students to design systems related to industries. out of which said course will learn to the student of engineering about the thoro knowledge and giving the brief information of learning concepts of design specifically for machine tool gear box used in the lathe machine and various machine tools those are dealing with the superior finishing of the product and it's classification of machine tool drives, purpose of gear box, consideration in design of multi speed gear box, why multispeed is required on spindle shaft, terminology in multi speed gear box, laws of stepped regulation, advantages of geometric progression, kinematic diagram of gear box, structural formula, structural diagram, ray diagram, speed chart, gearing diagram and speed chart.

Gearboxes are used to obtain variable speed and torque to the headstock spindle in lathes according to the work done. Usually the gearbox is placed inside the headstock. This causes various problems such as structural vibration which affects the accuracy of the work done, causes inconveniences during maintenance and also increases difficulties in case any replacements are required.

Who this course is for:

  • Engineering students