What else can the electronic tensile machine measure besides measuring the tensile strength?

The electronic tensile machine is an experimental equipment used to test the mechanical properties of materials and components. In addition to measuring the tensile strength, the electronic tensile machine can also measure the following parameters: 1. Elastic modulus: Elastic modulus is the ratio of stress and strain of a material in the elastic deformation stage. Through the electronic tensile machine test, the elastic modulus of the material can be obtained, so as to understand the stiffness and hardness of the material. 2. Fracture strength: Fracture strength is the maximum stress of the material during fracture. Through the electronic tensile machine test, the fracture strength of the material can be obtained, so as to understand the performance of the material under maximum load.3. Yield point: The yield point is the point at which the stress no longer increases when the strain of the material increases. Through the electronic tensile machine test, the yield point of the material can be obtained, so as to understand the plastic deformation ability of the material under load. 4. Elongation: Elongation is the ratio of the total elongation of the material to the original length when it is broken during the stretching process. Through the electronic tensile machine test, the elongation rate of the material can be obtained, so as to understand the plasticity and ductility of the material under force. 5. Shrinkage rate: The shrinkage rate is the degree of shrinkage of the material after force. Through the electronic tensile machine test, the shrinkage rate of the material can be obtained, so as to understand the degree of deformation of the material after force. 6. Friction coefficient: The friction coefficient is the ratio of the friction force and positive pressure between the material and the contact surface. Through the electronic tensile machine test, the friction coefficient of the material can be obtained, so as to understand the friction performance of the material in use.7. Fatigue resistance: Fatigue resistance refers to the maximum number of cycles of materials without fatigue damage under repeated loads. Through the electronic tensile machine test, the fatigue resistance of the material can be evaluated, so as to understand the performance of the material under periodic load. In a word, in addition to measuring the tensile strength, the electronic tensile machine can also test a variety of mechanical properties to comprehensively evaluate the mechanical properties of the material. These parameters help guide product design, optimization and quality control.