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Important mechanical material properties in the context of Industrial Design are:

 1. [[Strength]]
 1. [[Elasticity]]
 1. [[Wear-rate]]
 1. [[Fracture toughness]]
 1. [[Maximum service temperature]]

The values of these parameters for ±50 relevant materials can be found in Ashby’s ”Materials and the Environment” book[Ashby2013], see [[Materials and the environment book]].

Other important sources for material data are the:

 * MatWeb website [[http://www.matweb.com|www.matweb.com]] and
 * the Custompart website [[http://www.custompartnet.com/materials/.|www.custompartnet.com/materials/.]]

Ashby et al. in their book ”Materials Selection in Mechanical Design” [Ashby2005] explain how to systematically select a material for a specific product. The book also contains overview charts which makes selecting materials more systematic and easier, see the [[Ashby_Material_Charts]].
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[[FrontPage]] FrontPage

Material properties

Important mechanical material properties in the context of Industrial Design are:

  1. Strength

  2. Elasticity

  3. Wear-rate

  4. Fracture toughness

  5. Maximum service temperature

The values of these parameters for ±50 relevant materials can be found in Ashby’s ”Materials and the Environment” book[Ashby2013], see Materials and the environment book.

Other important sources for material data are the:

Ashby et al. in their book ”Materials Selection in Mechanical Design” [Ashby2005] explain how to systematically select a material for a specific product. The book also contains overview charts which makes selecting materials more systematic and easier, see the Ashby_Material_Charts.

FrontPage

MechE: Material properties (last edited 2023-02-07 15:29:35 by wiki)