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 It is defined as the quantity of mass per unit volume. 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). Ability of a material to contain or be in contact with chemical substances without deterioration and without altering its properties. Ability of a material to conduct heat. It is the property of a solid body to resist deformation, which is sometimes referred to as rigidity. Ability of a material to absorb impact loads without fracturing or breaking. Ability of a material to resist very sudden changes in temperatures. Ability of a material to clearly see other objects through it. 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. Opposition that offers a material to the passage of heat. A material with high thermal resistivity is said to be thermal insulator. Ability of a material to allow diffuse images of other objects to be observed through it. 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. Reason to which a material expands when exposed to heat Opposition of a material to be penetrated or scratched by other materials. 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. 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. Maximum level of stress that can support a material subject to loads that tend to increase its original length or size (tension loads). Ability to deform under loads that tend to increase its length without fracturing. Ability of a material to conduct electricity. . Opposition that offers a material to the passage of electricity. A material with high electrical resistivity is said to be electrical insulator.
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