Mechanical Property of Elevator Coated Belt Traction Driving
The elevator coated belt,as a new kind of traction device,will bear various loads such as tensile,impact and vibration in the process of lifting.In order to explore the influence of the stress-strain state of the elevator coated belt on elevator safety performance,a theoretical strain model of the axial tensile strain of the side wire of the coated belt was proposed.The mechanical property of elevator coated belt traction driving was simulated and analyzed.The finite element simulation was carried out by ABAQUS software to verify the correctness of the theoretical strain model.The results show that the change of the winding angle of the side wire of the steel wire rope is an important factor affecting the safe operation.The internal tension distribution of the covering belt is not uniform,and the stress value varies with the spatial position.The main stress of the coated belt is mainly distributed on the inner wire rope,and the strain occurs on the side wire of the inner wire rope.Meanwhile,the coating layer has a slight displacement with the torsion of the side wire of the wire rope.
elevator coated belttheoretical strain modeltraction drivingmechanical propertyABAQUS