What is the specific data of Young's modulus of copper wire?
The young's modulus (Young's, modulus) is the physical quantity that represents the tensile or compressive properties of the material in the elastic limit. It is the modulus along the longitudinal direction and also the noun in the mechanics of the material. In 1807, he was named after the British physician and physicist Thomas Jan (Thomas Young, 1773-1829). According to Hooke's law, the objects within the elastic limit, stress is proportional to the ratio, known as the young's modulus, it is a physical quantity to describe the material properties and physical properties depend only on the material itself. The young's modulus indicates the rigidity of the material, and the bigger the young's modulus is, the less easily it is deformed.
The young's modulus (Young's, modulus) is the physical quantity that represents the tensile or compressive properties of the material in the elastic limit. It is the modulus of elasticity along the longitudinal direction.
Young's modulus is one of the basis of selected mechanical parts, and is a common parameter in engineering design. The young's modulus determination has important significance to research on mechanical properties of metal materials, fiber materials, semiconductor, nano materials, polymers, ceramics, rubber and other materials, can also be used for mechanical parts design, biomechanics, geology and other fields.
