The Parameterized Optimum Design Research Of The Hoisting Mechanism Of Overhead Traveling Crane

With the rapid development of market economy, the applications of crane continue to deepen and expand, the design efficiency and the use of safety of crane has always been highly valued.In recent years, due to the widespread use of overhead traveling crane, put a higher demand for designers in How to realize the crane in parametric optimization design issues, has become an important field crane design development trend.The research object of this paper is the hoisting mechanism of overhead traveling crane,the working principles of the hoisting mechanism of overhead traveling crane are analyzed,and the parametric design and optimization of the application method are explained, with three-dimensional so1idWorks software, using visual basic6.0 for the development of language to implement the parametric design of the hoisting mechanism of overhead traveling crane, finite element modeling and optimization design are achieveed by ANSYS software to the critical components,and The parameterized optimum design of the hoisting mechanism of overhead traveling crane are achieveed. The main contents of the paper are as follows:(1) Describe The application and the development of overhead traveling crane, analyze the parametric design application status at home and abroad,explain the background and significance of the research.(2) Analyze the technology base of the parameterized Optimum design research of the hoisting mechanism of overhead traveling crane.(3) Elaborate the characteristics and their use of selection and validation methods of the main components of the hoisting mechanism,achieve the design calculations of the various components of the hoisting mechanism.(4) Describe in detail on the reel for the approach of finite element and parametric-driven. Realize the method that make the parametric design and the optimum design Finite element together.