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Write a 19 pages paper on wear resistance of basic engineering materials. Engineering Design and this unit would enable learners to meet, in part, the Engineering Technician (Eng Tech) and Incorporate
Write a 19 pages paper on wear resistance of basic engineering materials. Engineering Design and this unit would enable learners to meet, in part, the Engineering Technician (Eng Tech) and Incorporated Engineer (IEng) requirements laid down in the UK Engineering Council Standard for Professional Engineering Competence (UK-SPEC)  .Competence B2, ‘Identify, organize and use resources effectively to complete tasks, with consideration for cost, quality, safety, and environmental impact’.
Learner access to suitable materials testing equipment, specimens, and test instrumentation is required. The range of tests chosen will depend on the learner’s working environment and particular needs but will need to include, as a minimum, tests that involve metals and polymers. Sample materials from each of the four categories for inspection, as well as products/structures produced from these categories of material, are also required.
Consideration has been given to the six methods of NDT. Reasoned judgments are made about the factors affecting the most suitable NDT method. Strategies have been applied to find the appropriate solution. (Task 3)
Complex information has been used to determine the five forms of steel. The data has been used correctly to obtain an accurate description of properties. An appropriate method and technique have been demonstrated. (Task 4)
The slides prepared have the appropriate structure and approach to show how different steels perform in comparison to each other. The materials prepared present and communicate the approach to use which a third party, with limited materials knowledge, would be able to follow. (Task 4)
The information given in the task has been used in an analytical manner to evaluate the answers arrived at by graphical/drawing means (Elastic and Plastic chart of stress vs strain). The results compared are validated. Links and comparisons are made between drawing and analytical solutions. (Task 1) Students should evaluate a sample of material performance critically.
The decision on two material surface processes is valid and the explanation shows a range of ideas to support this choice of different material surface properties. .
