1a drawing (task 16) sheet metal and development drawings

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1A Drawing (Task 16) Sheet Metal and Development Drawings

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Page 1: 1A Drawing (Task 16) Sheet Metal and Development Drawings

1A Drawing (Task 16)

Sheet Metal and Development Drawings

Page 2: 1A Drawing (Task 16) Sheet Metal and Development Drawings

Sheet Metal is everwhere !

Page 3: 1A Drawing (Task 16) Sheet Metal and Development Drawings
Page 4: 1A Drawing (Task 16) Sheet Metal and Development Drawings
Page 5: 1A Drawing (Task 16) Sheet Metal and Development Drawings
Page 6: 1A Drawing (Task 16) Sheet Metal and Development Drawings
Page 7: 1A Drawing (Task 16) Sheet Metal and Development Drawings

Sheet Metal Basics

• Material– Steel, Brass, Aluminium– Typically 0.6 – 2.5mm

• Limited distortion capabilities

• Allowance for distortion

Page 8: 1A Drawing (Task 16) Sheet Metal and Development Drawings

BendingThe minimum bend radius is determined by the type of material, thickness and the equipment available. Good compromise is r(min) = t

In a bend material is distorted and allowance has to be made. For general purposes the `Neutral line’ is used to calculate the ` Bend Allowance’

Page 9: 1A Drawing (Task 16) Sheet Metal and Development Drawings

Bend Allowances

Page 10: 1A Drawing (Task 16) Sheet Metal and Development Drawings

Bend/Corner Relief

Page 11: 1A Drawing (Task 16) Sheet Metal and Development Drawings

Question 16

• Introduction to the Sheet Metal Module of Pro/Engineer

• Simple bend & bracket• Additional flaps/tabs and bends• 2-D developments

• Conversion from Solid model to Sheet(IDP Chassis)

• 2-D layout

Page 12: 1A Drawing (Task 16) Sheet Metal and Development Drawings

To Pro/Engineer