Full Title : Optimisation of Bike Brake Caliper design using the method Topology Optimisation ( Bidirectional Evolutionary Structural Opt. (BESO) ).
You are require to investigate advanced methods of engineering design optimisation. You will adopt the role of a professional engineer who is required to investigate optimisation methods then apply a method to an engineering problem (Bike Brake Caliper design). The application of the method to the problem will be clearly communicated in a detailed technical paper.
The overall aim is to reinforce awareness of advances in- and constraints on engineering design, you must have the following :
(a) The ability to independently research, apply and present technical information clearly.
(b) Knowledge in the use of CAE software or others in the application and optimisation of engineering design.
(c) Cognitive skills in making recommendations for advanced engineering design methods in a professional context.
Imagine that you have been asked to produce a technical report on a design optimisation search method applied to an allotted problem for a company conference on ‘Optimisation in Engineering Design’, which will subsequently be used by other engineers and will therefore demonstrate at least the following:
(a) Detailed knowledge of how to apply the allocated optimisation search method in the optimisation of an allocated engineering problem, clarifying the design constraints and how they are dealt with.
(b) Clarity in how data was generated and the analysis performed when applying the search method to the engineering problem.
(c) You must ensure that the use of software does not detract from clearly explaining how the method is applied to the problem.
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