IDE1808

Geometry and mechanics for industrial design

3 points
* 6 hours per week, including one 1-hour lecture and one 1-hour tutorial and 4 independent study hours
* First semester
* Caulfield
* Prerequisites: None

Objectives On successful completion of this subject, students should understand geometrical properties and principles of applied geometry; determine material quantities for part design requirements; use trigonometrical functions to determine parameters of shape and size; understand moments of inertia, as applied to surface and solids; comprehend strengths of materials and methods of stress analysis.

Synopsis This subject covers mathematical functions which are commonly applied in product design. The subject is taught in a product design context. Included are geometrical properties, measurement of areas and volumes, trigonometrical functions, composition and resolution of forces, moments of inertia, motion force and work, determination of centre of gravity, specific gravity of various media and weight calculations, an introduction to the strength of materials, stress analysis and factors of safety. This subject is focessed on industrial issues and problems.

Assessment Progressive assessment: 50%
* Final examination: 50%

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