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Material Properties

Horizontales
Specific heat is a measure of how much heat a solid material can absorb before its temperature rises by 1 degree (usually K or °C).
The melting point of a solid material represents the temperature at which a pure solid transforms from its solid to its liquid state.
The measure of a material’s resistance to the propagation of a crack.
This measure defines how well a material conducts electricity (e.g. by using electrons in metals).
This measure describes the tendency of an object to deform along an axis when opposing forces are applied along that axis. It is the ratio of stress to strain in tension.
This measure defines how well a material resists conducting an electric current.
This measure determines how easily heat can flow in a solid material.
This measure defines a material’s ability to tolerate impact energy without breaking or fracturing.
This measure describes the tendency of an object to resist twisting, often called the modulus of rigidity. It is the ratio of shear stress to shear strain.
Verticales
This measure defines a material’s ability to resist various forms of deformation, indentation, and penetration on its surface.
The stress level at which a material’s cross-section is deformed by a tension force.
This measure defines a material's ability to tolerate stretching without breaking. It is usually measured as percent of elongation or percent reduction of area.
The stress level or point beyond which a material begins to permanently deform.
The measure of mass density is a measure of mass per volume.