以电梯钢丝绳提升系统为模拟对象,针对钢丝绳直接建模困难的问题,利用ADAMS二次开发宏命令完成钢丝绳离散化建模、轴套力连接及碰撞接触力添加,成功建立电梯钢丝绳系统仿真模型,并对电梯系统及钢丝绳进行运动仿真分析.仿真结果表明电梯垂直运动特性与钢丝绳的运动特性均符合实际运动规律,验证了建模方法的正确性,为电梯系统的动力学研究及舒适性的优化提供了理论依据. Taking the elevator wire rope hoisting system as the simulation object, aiming at the difficulty of the direct modeling of the wire rope, the discretization model of the wire rope, the connection of the sleeve force and the contact force of the contact were added by the ADAMS secondary development macros to successfully establish the simulation model of the elevator wire rope system, The simulation results show that the vertical movement characteristics of the elevator and the movement characteristics of the steel wire rope are in line with the actual movement law, which verifies the correctness of the modeling method and provides the research on the dynamics and optimization of the elevator system Provided a theoretical basis.