Analysis of the Relative Importance of Constraints - Engineering Assignment Help

Assignment Task:

The rational and optimal selection of materials underpins all engineering and must be addressed for applications ranging all the way from heavy-duty mining equipment, to everyday household appliances, to recreational goods such as hobby drones and sporting equipment. In individual tutorials and class exams, you will practice various aspects of the materials selection process including: 

i. defining a component function statement;

ii. identifying your objective(s);

iii. identifying Constraints and Free Variables;

iv. translating these requirements into material properties;

v. analysis of the relative importance of constraints;

vi. conducting coarse screening using constraints (or limits);

vii. derivation of one or more material indices; short-listing materials using 2-d charts and selection lines etc;

viii. ranking short-listed materials using other methods including either multi-objective analysis or a consideration of the influence of shape on material indices;

ix. a proper Process Selection to assist cost modelling and manufacture;

x. AND more detailed investigation of the last few materials ending in a conclusion. 

In this assignment, you will integrate all of these steps to conduct a complete and thorough selection of a material for an application - in fact the above list is a rough template for completing the assignment. The tutorial exercises in weeks 4 and 5 will be directly relevant to your assignment (so you should save them). It's a good idea to work steadily on the assignment each week as topics are covered in the lectures and tutorials. It will be very difficult to complete it well in the last few days. You may use the template at the end of this document to help with layout and how much effort to put into the various sections. 

In modern times, a vast number of materials of diverse and interesting properties are used in the manufacture not only of specialised industrial equipment, but also in our everyday goods. If you look at almost anything with a critical eye for materials, you can see how its function has dictated what it is made out of. To illustrate this, a large list of components of various devices has been compiled below. Each of these components has been allocated at random to a class member to carry out the process of material selection upon.

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