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Introduction
1. Folding hinges are widely used in various fields, such as furniture, doors, and windows. The folding hinge is a crucial component that determines the durability and stability of the structure. Therefore, it is necessary to conduct strength calculation and structural optimization design of folding hinges to ensure the safety and reliability of the structure.
Strength Calculation
2. The strength calculation of folding hinges mainly includes two aspects: the stress analysis of the hinge and the calculation of the bearing capacity. The stress analysis of the hinge is to determine the stress distribution and deformation of the hinge under external loads. The calculation of the bearing capacity is to determine the maximum load that the hinge can withstand without failure. The strength calculation is based on the material properties, geometric dimensions, and external loads of the hinge.
Structural Optimization Design
3. The structural optimization design of folding hinges aims to improve the performance of the hinge by adjusting the geometric parameters and material properties. The optimization design can reduce the stress concentration, improve the bearing capacity, and enhance the durability and stability of the hinge. The optimization design should consider the manufacturing process, cost, and other practical factors.