Matching Pairs Engineering PropertiesOnline version This game will include 22 out of the 29 properties presented during class by Ricardo Daniel Hodgers 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 Ability of a material to conduct electricity. Ability of a material to absorb impact loads without fracturing or breaking. It is defined as the quantity of mass per unit volume. Maximum level of stress that can support a material subject to loads that tend to increase its original length or size (tension loads). Property of a material to deform under the action of charges acting on it and recover its original size and shape once charges are removed. Ability to deform under loads that tend to increase its length without fracturing. Ability of a material to conduct heat. Property of a material to break or fracture before deforming. It is opposite to the toughness and characteristic of very hard materials. Ability of a material to deform under loads that tend to decrease its length (compression loads) without fracturing. Opposition of a material to the passage of light, which prevents observing objects through it. Property of a material not to deteriorate or be destroyed in the presence of corrosive agents (humidity, seawater, environment in general). The corrosion in polymers is called degradation. Reason to which a material expands when exposed to heat Opposition that offers a material to the passage of heat. A material with high thermal resistivity is said to be thermal insulator. Opposition of a material to be penetrated or scratched by other materials. Ability of a material to contain or be in contact with chemical substances without deterioration and without altering its properties. . Opposition that offers a material to the passage of electricity. A material with high electrical resistivity is said to be electrical insulator. It is the property of a solid body to resist deformation, which is sometimes referred to as rigidity. Ability of a material to allow diffuse images of other objects to be observed through it. Ability of a material to resist very sudden changes in temperatures. Energy required to separate the atoms of a material and move from the solid state to the liquid. It is also known as melting temperature. All pure metals have a defined melting temperature. Ability of a material to clearly see other objects through it. Term that is attributed to the appearance of cracks in a material after subjecting it to several cycles of thermal stress (from cold to hot or vice versa).
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