8. What are some of the general properties that distinguish metals from ceramics and polymers?

Q: Typical mechanical properties of ceramics include high hardness, brittleness, and no ductility.…

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Q: What are the best characteristics of each nano-material (nano-titanium dioxide, silver nano…

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Q: Which ceramic material is best suited for the following applications? * Al:O3 SiO: UO: ZrO:…

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Q: What are the importance of Ceramics in Engineering? Give some examples

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Q: List TEN (10) mechanical properties that a mechanical engineer should consider when selecting the…

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Q: Do fatigue striations have the same interpretation in polymers as in metals?

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Q: If crack-tip plasticity is not to blame for ceramic fatigue, what mechanism is responsible?

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Q: What are the key advantages and applications of ceramic materials in the field of mechanical…

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Q: harder yet more brittle than metals. ito ot l0nat tu o ait iong in whieh the nogibilitu of foi

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Q: Why do crystalline polymers tend to have higher density than amorphous ones?

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Q: List three engineering components / applications that, in your judgment, need high stiffness and low…

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Q: in cutting tools. Which main material properties of the ceramics used for these applications make…

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Q: Are ceramics (clay) considered a synthetic material? Why or why not?

A:

Q: Explain and discuss briefly: (1) Whether a larger fracture toughness is associated with an…

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Q: Discussion of the concept of metal springs referring to the factors considered in the design of…

A: Concept of metal springs, referring to the factors considered in the design of metal springs.

Q: What are the differences between the advanced ceramic oxide and non-oxide? *

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Q: xplain cross-linking, branching, linear polymers, and chain stiffening?

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Q: What are the differences between addition polymerization and condensation polymerization?

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Q: What engineering application can we use nonferrous metal? Explain the type of materials that you use…

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Q: Why some automotive components are made of ceramics? Give as many reasons as possible.

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Q: Why do crystalline polymers tend to have higher density than amorphous ones?

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Q: (a) Explain the differences between metals, polymers and ceramics in terms of its atomic structure…

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Q: Explain and discuss the differences on the mechanical properties/behaviours of i) metals, ii)…

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Q: What is sintering process and classification of Ceramics?

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Thermal Properties of Materials

In mechanical engineering, the thermal property is represented as the physical quantity that is relevant to the application of heat. The thermal properties are evaluated by variations in any specific material due to low heat or high heat. The quantities that influence the thermal property of the materials are mass, density, temperature, and many others.