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G. State two common tests used to determine mechanical properties. H. Briefly explain the degradation in non-metallic materials such as polymer and ceramic. I. Briefly describe two corrosion forms that occur in metals. J. Describe how the corrosion and degradation of material can be prevented.

G. State two common tests used to determine mechanical properties. H. Briefly explain the degradation in non-metallic materials such as polymer and ceramic. I. Briefly describe two corrosion forms that occur in metals. J. Describe how the corrosion and degradation of material can be prevented.

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G. State two common tests used to determine mechanical properties. H. Briefly explain the degradation in non-metallic materials such as polymer and ceramic. I. Briefly describe two corrosion forms that occur in metals. J. Describe how the corrosion and degradation of material can be prevented.
Transcribed Image Text:G. State two common tests used to determine mechanical properties. H. Briefly explain the degradation in non-metallic materials such as polymer and ceramic. I. Briefly describe two corrosion forms that occur in metals. J. Describe how the corrosion and degradation of material can be prevented.
Task I: You work in a project; the aim of this project is to ensure deep knowledge and skills about selection of materials for various applications. If one of the projects is to think about the requirements and best materials to produce a spark blog body. Answer the following questions: 3 1 262244 ACDelc 2 4 Figure 1: Spark blog body A. Based on the electrical material properties. What you will choose to manufacture part 1 (It's a wire to conduct current) (Nickel, Lead, or Aluminium). Give reasons for your choice. B. To insulate the outer cover of the spark blog; part 2 is added, what material will you use (Borcelain, Fiberglass or Lead). Give reasons for your choice. C. Choose the best material to design the side electrode (Part 3) to have the highest heat conductivity (Iron, Tin, Stainless Steel). Explain the reason behind your selection. D. What material will you choose to design the outer terminal (Part 4) to have a highest strength level (Steel, Brass, Copper). Explain your answer. E. Define mechanical property of an engineering material. State three mechanical properties and give one example of the material possessing each property. F. List two physical properties.
Transcribed Image Text:Task I: You work in a project; the aim of this project is to ensure deep knowledge and skills about selection of materials for various applications. If one of the projects is to think about the requirements and best materials to produce a spark blog body. Answer the following questions: 3 1 262244 ACDelc 2 4 Figure 1: Spark blog body A. Based on the electrical material properties. What you will choose to manufacture part 1 (It's a wire to conduct current) (Nickel, Lead, or Aluminium). Give reasons for your choice. B. To insulate the outer cover of the spark blog; part 2 is added, what material will you use (Borcelain, Fiberglass or Lead). Give reasons for your choice. C. Choose the best material to design the side electrode (Part 3) to have the highest heat conductivity (Iron, Tin, Stainless Steel). Explain the reason behind your selection. D. What material will you choose to design the outer terminal (Part 4) to have a highest strength level (Steel, Brass, Copper). Explain your answer. E. Define mechanical property of an engineering material. State three mechanical properties and give one example of the material possessing each property. F. List two physical properties.
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