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Materials science and engineering is essential for all types of engineering. Even software and systems engineering rely on new materials that impact economic trade-offs between hardware and software. Innovation in engineering frequently involves using new materials for specific applications, while engineering disasters are often caused by misusing materials. It is crucial for professional engineers to understand materials and how to select ones that meet design requirements for strength, durability, cost and aesthetics.
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BLANK.pptx
Engineering materials play an important role in construction and manufacturing by enabling economical and durable tools and machinery. An engineer must understand the properties, availability, uses, and costs of materials to confidently select the optimal material for a given application. This overview discusses the importance of engineering materials and their role in applied engineering fields, providing examples that range from lightweight alloys used in aircraft to semiconductors used in computers and energy storage technologies.
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Engineering materials play an important role in construction and manufacturing by enabling economical and durable tools and machinery. An engineer must understand the properties, availability, uses, and costs of materials to confidently select the optimal material for a given application. This overview discusses the importance of engineering materials and their role in applied engineering fields, providing examples that range from lightweight alloys used in aircraft to semiconductors used in computers and energy storage technologies.
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Here are some suggestions to strengthen your research proposal:
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- Explain the environmental and economic challenges of conventional industrial design approaches to establish the need for sustainable solutions.
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- Develop criteria to evaluate the sustainability, functionality, and cost-effectiveness of
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- 1. NEED OF MATERIALS SCIENCE AND ENGINEERING All engineers need to know about materials. Even the most "immaterial", like software or system engineering depend on the development of new materials, which in turn alter the economics, like software-hardware trade-offs. Increasing applications of system engineering are in materials manufacturing (industrial engineering) and complex environmental systems. Innovation in engineering often means the clever use of a new material for a specific application. For example: plastic containers in place of age-old metallic containers. It is well-learnt lesion that engineering disasters are frequently caused by the misuse of materials. So it is vital that the professional engineer should know how to select materials which best fit the demands of the design - economic and aesthetic demands, as well as demands of strength and durability.