A New Type Of Vibrating Screen Key Part Analysis Of The Fatigue

With the development of modern science and technology, vibrating screen toward large-scale, standardized, modern direction, which requires its anti-fatigue design, to ensure product quality performance early in the design. Screen work in a high-frequency vibration state, vibration sieve and sieve in a large alternating excitation force, making the shaker often occur Deformation and fracture of beams and sieve, sieve fatigue cracking failure, affecting the normal production and life. The new type of vibration sieve is a novel vibration sieve, compared to ordinary vibration sieve having a high screening efficiency, vibration, acceleration, and the processing capacity.With the rapid development of science and technology, especially the development of modern computer technology for the product in the case of physical prototypes fatigue analysis of the virtual prototype to provide favorable conditions. Compared to traditional fatigue life prediction, fatigue life analysis of the virtual prototype model can easily re-design, modify, edit the properties of the material, and adjust the call load spectrum under different environment makes it possible for different circumstances simulation, to overcome the inadequacies of many of the traditional experimental method.In this paper, with reference to a large number of domestic and international virtual durability Integrated Simulation, a highly efficient vibration sieve as the research object, the fatigue life of a virtual prototype of its floating sieve analysis. First, the use of Pro/E high efficiency vibrating screen three-dimensional solid modeling. The finite element software ANSYS for floating sieve shaker stress and strain analysis, modal analysis and flexible body floating sieve. Again after the use of dynamic simulation software ADAMS, vibrating screen, multi-body dynamics simulation and rigid-flexible coupling dynamics simulation, load spectrum fatigue life analysis. Finally, in the fatigue analysis software N-Code in the selection of materials suitable for the SN curve, finite element analysis and load spectrum associated with analysis of the fatigue life of the shaker, come to the vibration sieve fatigue life contours and dangerous node.Analysis results show that the fatigue life of vibrating screen, the virtual prototype of the fatigue life analysis is feasible, this method greatly reduces the fatigue test cycle, do not make a physical prototype can also fatigue life analysis. For future product design and development, shorten product development time, reduce production costs and improve the competitiveness of the market. The same time, other virtual prototype fatigue life analysis also provides a certain reference value.