强度是指表示工程材料抵抗断裂和过度变形的力学性能之一。承受弯曲载荷、压

Strength refers to one of the mechanical properties of engineering materials to resist fracture and excessive deformation. When subjected to bending load, compressive load or torsional load, the strength performance of the material should be expressed by the bending strength, compressive strength and shear strength of the material. The strength analysis of parts is the most common and important work for the analysis and verification of mechanical parts. By performing a light analysis on some parts with poor stress, it can be verified whether the part meets the requirements of use in the work. It will not produce actual results due to insufficient strength, and never endanger the life, health and safety of operators. The front fork of the forklift is a cantilever beam structure at work. In engineering mechanics, this structure has very poor mechanical properties. The parts are not only subjected to a large force due to the principle of the lever, but also often accompanied by the overturning moment. Department also has a very big impact. Therefore, the strength analysis of the designed front fork has a very important role

Strength refers to one of the mechanical properties that represents the resistance of engineering materials to fracture and overdeformation. When bearing bending, compression, or torsional loads, the strength of the material should be expressed in terms of the bending strength, compression strength, and shear strength of the material. Part strength analysis is the most common and important work of mechanical parts analysis and verification, through the light analysis of some less constrained parts, can verify whether the part in the work to meet the use requirements, when used will not be because of insufficient strength and effective situation, never endanger the life and health of workers. Forklift fork in the work, is a cantilever beam structure, in engineering mechanics, this structure force characteristics are very poor, parts not only because of the lever principle is subject to a very large force, but also often accompanied by the tipping moment, its connection also has a very large impact. Therefore, the strength analysis of the designed fork sits very important

Strength is one of the mechanical properties of engineering materials to resist fracture and excessive deformation. The flexural strength, compressive strength and shear strength of the material shall be used to express the strength performance of the material when it bears bending load, compression load or torsion load. The strength analysis of parts is the most common and important work for the analysis and verification of mechanical parts. Through the light analysis of some parts with poor stress, it can be verified whether the parts meet the use requirements in the work, and whether the actual effect will be produced due to the lack of strength in the use, and the life and health safety of the operators will never be endangered. Forklift is a kind of cantilever structure when it works. In engineering mechanics, the mechanical properties of this structure are very poor. Parts not only receive very large force because of lever principle, but also are often accompanied by overturning moment, which also has a very big impact on its joints. Therefore, it is very important to analyze the strength of the designed front fork