The Theoretical Calculation And Analysis Of The YG500 Stacker-Reclaimer Of Circular Storage

Reclaimer system is mainly realized homogenizing of raw material, is the key to ensure continuous production plant equipment, cement products quality decision of stability and reliability. Along with the machinery industry modernization degree more and more high, all production processes of mechanization rate more and more high, raw material homogenization workshop reclaimer popularity also more and more high, from the beginning of rectangular material piling and taking the way to now round pile type material piling and taking way, material piling machine is more and more advanced, more and more is also high efficiency. Reclaimer belong to large heavy machinery, the structure is complex, transmission parts such as large, rotating radius, thus introducing modern advanced features to its structure optimization design method and parametric design is particularly important.Based on circular yard reclaimer as the research object, and in a broad range of collection and research home and abroad on the basis of relevant documents, to YG500 round yard reclaimer as an example, through the theoretical calculation,3d software design and analysis, finite element method from each level optimization design.First, the paper on the cantilever material piling machine and walk the theoretical design car checked, access to relevant manuals, calculates the cantilever material piling machine and required power, then walk car compared to its actual transmission parts power, finally combining with actual possible conditions and safety coefficient, put forward the improvement scheme, achieves the energy conservation and emission reduction, optimization design.Secondly, introducing a Pro/e 3d design software, for reclaimer each key parts of parameterized modeling, simultaneously, convenient to change. Configuration Improve the design efficiency.Finally, using the ANSYS girders, such as central column of each key bearing parts, the finite element model of various working condition and loading, get its stress and strain of convective its parts, checking the intensity and rigidity, then propose optimization solution.Last the chapter has carried on the summary to the paper work, and proposed own forecast to the further work.