2002 Swinburne TAFE Handbook - Swinburne University of ...
2002 Swinburne TAFE Handbook - Swinburne University of ...
2002 Swinburne TAFE Handbook - Swinburne University of ...
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Subject Details I 191<br />
Keys.<br />
Splines.<br />
Pins.<br />
Rigid couplings.<br />
Belt drive.<br />
Chain drive.<br />
Drive shaft selection and sizing.<br />
Theory <strong>of</strong> brakes and clutches.<br />
Theory <strong>of</strong> spur.<br />
Helical and bevel gear drive.<br />
Fatigue failure analysis.<br />
EB702 Dynamics <strong>of</strong> Industrial Machines<br />
40 nominal Hours· Prerequisite: EA001, £8770<br />
Content<br />
Topics include:<br />
Simple harmonic motion.<br />
Free vibration.<br />
Forced vibration.<br />
Damped vibration.<br />
Balancing and static balance measurement.<br />
Vibration measurement.<br />
Static balance apparatus.<br />
Vector analysis <strong>of</strong> velocity and acceleration <strong>of</strong> mechanisms.<br />
Simple and compound gears.<br />
Epicyclic gears.<br />
EB703 Machine Design<br />
40 nominal Hours· Prerequisite: EA772<br />
Content<br />
Topic include:<br />
Drive shaft materials.<br />
Tensile, shear and bending strength.<br />
Fatigue.<br />
Stress raisers and endurance.<br />
Rigid couplings.<br />
Keys sat screws.<br />
Pins.<br />
Use <strong>of</strong> manufactures catalogues for vee belts.<br />
Chain, universal and directflexible couplings.<br />
Spur, helical, and bevel gear drives.<br />
Electric motors.<br />
Reduces and prime movers.<br />
EB704 Mechanical Design<br />
40 nominal Hours· Prerequisite: £8711- EA772, £8703<br />
Content<br />
Introduction.<br />
Levers.<br />
Keys and splines.<br />
Couplings.<br />
Joumal bearing.<br />
Rolling contact bearings.<br />
Bolted connections.<br />
Welded connections.<br />
Helical springs (round wire).<br />
Translation screws.<br />
EB709<br />
40 nominal Hours· Prerequisite: EA715<br />
Aims & Objectives<br />
Mechatronics 4 (Analog<br />
Automation)<br />
This module takes the process model completed in EA715, connects and conditions the<br />
sensors and actuators and then automates it. The module adds at least 2 analog inputs<br />
and 1 analog output using a PC interface or PLC, and carry out an arithmetic calculation<br />
which conditions the output dependent upon the input/so<br />
EB711 Thermodynamics 2<br />
• Prerequisite: EA714<br />
Content<br />
Topic include heattransfer, combustion and fuels, steam, refrigeration/heat pump.<br />
EB720 Fluid Mechanics 2<br />
40 nominal Hours· Prerequisite: EA706<br />
Content<br />
Topics include:<br />
Reynolds number and flow regime.<br />
Characteristics <strong>of</strong> laminar.<br />
Turbulent and mixed (transition) flow.<br />
Head loss in pipes and fittings.<br />
Pipe networks.<br />
Fluid machinery and pumping systems.<br />
EB722 Computer Based Modelling -<br />
Design and Drafting<br />
60 nominal Hours. Prerequisite: EA705<br />
Content<br />
An overview <strong>of</strong> the different types <strong>of</strong> 3 dimensional computer aided modelling<br />
techniques. This subject also covers applications s<strong>of</strong>tware for use in engineering<br />
design, manufacturing, marketing, product design and simulation.<br />
EB770 Robotics 2<br />
40 nominal Hours· Prerequisite: Nil<br />
Content<br />
Includes industrial robot selection, robot installation, interfacing, robot sensors, trouble<br />
shooting and diagnostics, maintenance, advanced programming.<br />
EB771<br />
40 nominal Hours· Prerequisite: EA772<br />
Content<br />
Topics include:<br />
Friction.<br />
Band brakes, clutches.<br />
Belt drives and power screws.<br />
Centrifugal forces.<br />
Advanced Dynamics<br />
Static and dynamic balance <strong>of</strong> unbalanced masses on shafts and flywheels.<br />
Simple and transmissibility.<br />
Direct central impact.<br />
Accelerating bodies.<br />
Work energy method.<br />
<strong>Swinburne</strong> <strong>University</strong> <strong>of</strong> Technology I <strong>TAFE</strong> <strong>Handbook</strong> <strong>2002</strong>