Abstract
Abstract
As an important bearing structure of maglev train, the connecting rod has high requirements for material performance. In this paper, according to the structural bearing capacity of the connecting rod, the finite element methodwas used to calculate and analyze the structure of the composite connecting rod and the aluminum alloy connecting rod under two working conditions, so as to determine the advantages of the composite connecting rod in mechanical properties and provide theoretical support for the design of the composite connecting rod.
Subject
Computer Science Applications,History,Education