金属橡胶减振垫的动态力学特性分析

Analysis of Dynamic Mechanical Characteristics of Metal Rubber Damping Pad

摘要: 金属橡胶以金属丝为基础材质经冲压成型而成，具有类似橡胶的弹性和多孔性，在航空航天、国防武器装备以及现代工业等各领域获得了广泛应用。本文对金属橡胶减振垫的动态性能进行相关实验，从设计对应的实验方案，到具体分析各种材料参数以及载荷形式的影响，得到了对阻尼系数产生影响的因素及其相关规律。实验中分别探索了材料参数包括相对密度、丝径，以及加载参数包括振幅、频率等对变形响应与阻尼系数的影响，结果表明，阻尼损耗系数主要受到材料参数影响，为工程中金属橡胶减振垫的选择与使用提供参考。

Abstract: Metal rubber is made of metal wire, which is similar to rubber in elasticity and porosity. It has been widely used in aerospace, defense weapons and equipment, modern industry and other fields. In this paper, relevant experiments are carried out on the dynamic performance of the metal rubber damping pad. From the design of the corresponding experimental scheme to the specific analysis of the influence of various material parameters and load forms, the factors that affect the damping coefficient and the relevant laws are obtained. In the experiment, the influences of material parameters including relative density, wire diameter, and loading parameters including amplitude and frequency on deformation response and damping coefficient were explored.