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EWS – Engineering – Phone Holder - Properties

Learn about material properties such as strength, durability, and heat conductivity to select the ideal material for an engineering phone holder design. Discover the importance of attributes like malleability, toughness, and stiffness to ensure optimal performance and longevity. Make informed decisions based on features like electrical and thermal conductivity, resistance to scratching, and ability to withstand environmental factors. Explore the significance of density, hardness, and resistance to erosion and decay in creating a reliable phone holder. Enhance your understanding of material science and design the perfect phone holder for your needs.

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EWS – Engineering – Phone Holder - Properties

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  1. EWS – Engineering – Phone Holder - Properties Outdoor furniture is often Made from teak, because this Wood is resistant to rot

  2. EWS – Engineering – Phone Holder - Properties Hot Chilli

  3. Hot Chilli Hot Chilli Ability to withstand breaking and deforming Ability to withstand breaking and deforming Use a pencil to match the correct material property with its description Use a pencil to match the correct material property with its description Strength Strength Ease with which electricity can pass through the material Ease with which electricity can pass through the material Thermal conductivity Thermal conductivity Ease with which heat can pass through the material Ease with which heat can pass through the material Electrical conductivity Electrical conductivity EWS – Engineering – Properties EWS – Engineering – Properties Is able to withstand repeated use Is able to withstand repeated use Environmental resistance Environmental resistance Ability to withstand squeezing and stretching Ability to withstand squeezing and stretching Stiffness Stiffness Resistance to scratching or cutting Resistance to scratching or cutting Durability Durability How heavy it is in comparison to its size How heavy it is in comparison to its size Hardness Hardness Ability to resist impact and shock Ability to resist impact and shock Malleability Malleability Ability to resist bending Ability to resist bending Toughness Toughness Resistance to erosion and decay Resistance to erosion and decay Density Density

  4. EWS – Engineering – Phone Holder - Properties Outdoor furniture is often Made from teak, because this Wood is resistant to rot

  5. Ability to withstand breaking and deforming EWS – Engineering – Properties Thermal conductivity Ease with which electricity can pass through the material Strength Ease with which heat can pass through the material Electrical conductivity Is able to withstand repeated use Environmental resistance The casing of a torch is usually plastic or rubber, both of which have low electrical conductivity Ability to withstand squeezing and stretching Stiffness Resistance to scratching or cutting Durability How heavy it is in comparison to its size Hardness Ability to resist impact and shock Malleability Ability to resist bending Toughness Use a pencil to match the correct material property with its description. Resistance to erosion and decay Density Medium Chilli

  6. EWS – Engineering – Phone Holder - Properties Outdoor furniture is often Made from teak, because this Wood is resistant to rot

  7. Use a pencil to match the correct material property with its description EWS – Engineering – Properties How heavy it is in comparison to its size Strength Resistance to scratching or cutting Electrical conductivity Ease with which electricity can pass through the material Environmental resistance The casing of a torch is usually plastic or rubber, both of which have low electrical conductivity Ability to withstand squeezing and stretching Stiffness Ability to withstand breaking and deforming Thermal conductivity Resistance to erosion and decay Hardness Ability to resist impact and shock Toughness Ease with which heat can pass through the material Density Cool Chilli

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