jaw crusher rack significance of parametric modeling

the jaw crusher rack parameters modeling the significance 2012/7/19 jaw crusher mainly by Rack, jaw, side guard plate, transmission parts, adjusting device, a flywheel and lubricating device components.Rack as an important part of the jaw crusher, work under a lot of impact load, the entire installed base of crusher parts, so its important APDL parametric modeling and optimization design.Finite element analysis on the basis of established finite element model is accurate.Import model, ANSYS software analysis models generally use interface with CAD software for finite element analysis.But while import external data,[url=http://www.xbm-aac.com]block machine[/url] due to the compatibility of data, import the model is too complex will not recognize the characteristics omitted, may produce model fracture, lost entity, subsequent analysis will be greatly affected.The the jaw crusher rack mechanical model to establish four largest component,[url=http://www.xb-crusher.com/Dry_Equipment/Fly-Ash-Dryer.html]Fly Ash Dryer[/url] including material properties, unit type,[url=http://www.xbm-aac.com/Crushing_Machinery/Cone-Crusher.html]Cone Crusher[/url] mesh, loads and constraints imposed.Jaw crusher rack can be simplified body spell, taking solid modeling, the ultimate goal is to be optimized, so this article using the command stream based on of APDL parametric design language to create a physical model, finite element mesh , load and calculate the file, and save it as a Notepad file.If you need to calculate the direct command stream copyed ANSYS command stream input window, ANSYS soon realized modeling, meshing,Cone Crusher loading and calculation can directly modify if you need to modify the command stream.Parametric form can greatly improve the efficiency of the work. (The above information comes from Xingbang Heavy machinery jaw crusher price net: please indicate the source! )Collision location on a trajectory curve Crusher materials impact the new PE series jaw crusher four major research
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