Introduction to Mechanical Processing Performance
Release Time:
Nov 12,2021
In the process of mechanical processing, mechanical parts are generally used in normal temperature, atmospheric pressure, and less severe corrosive media. During the use, mechanical parts will be subjected to different load effects. When metal materials are overloaded, their function will be damaged, collectively referred to as mechanical function. The mechanical function of metal materials is an important basis for the design of parts and the selection of materials. The following is an introduction to the mechanical performance:
In the process of mechanical processing, mechanical parts are generally used in normal temperature, atmospheric pressure, and less severe corrosive media. During the use, mechanical parts will be subjected to different load effects. When metal materials are overloaded, their function will be damaged, collectively referred to as mechanical function. The mechanical function of metal materials is an important basis for the design of parts and the selection of materials. The following is an introduction to the mechanical performance:
Strength: refers to the ability of metal materials to bounce back and be damaged under static loads, mainly because the effects of loads include tension, compression, bending, and shearing. Strength is also divided into tensile strength, compressive strength, bending strength, and so on. There is a certain correlation between each strength, and during operation, tensile strength is generally used as the basis Basic intensity targets;
Plasticity: Metal materials can undergo plastic deformation under load without damage;
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