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The Diploma

PROGRAM OVERVIEW

Description

Machine design studies the conversion of one type of motion to another. Along with the change in the type and direction of motion, the rotational speed and torque may also change. This course begins with a review and further development of stress analysis (statics). At that point, specific components of machines, such as shafts and bearings and belts, chains and gears will be addressed.

What will you learn?

Decide on an appropriate failure model,

Design an appropriate machine element using

Allowable load (under the given operating conditions),

Required element life,

Manufacturing considerations,

Manage engineering projects.

Prerequisites

Prerequisites for machine design are basic, math’s, calculus, physics, chemistry, Strength of Materials, Mechanical Engineering Design, Engineering Materials.

CURRICULUM

  Introduction

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  Basic theories of failures

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  Theories of failure under static load

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  Riveted Joints

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  Welded joints

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  Shafts

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  Keys and Coupling

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  Screwed joints

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  Gears

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  Springs

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  Clutch

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  Bearings

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  Theories of Failure

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  Bolted & welded joints

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  Bearing, shafts and Keys

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  Brakes, clutches

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