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Design of the FDM Scanning Mode Based on ANSYS

Design of the FDM Scanning Mode Based on ANSYS
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摘要 Fused deposition rapid prototyping is an important technology of rapid prototyping. In order to improve the processing technology,the process plan to change its scanning mode is put forward,through the finite element simulation. The verification in the accumulation of fewer layers change the long and short side scanning to improve the rationality of fused deposition rapid prototyping. Based on the ANSYS version of the classic Gauss heat source on the use of mobile technology,it is reasonable to describe the formation process of fused deposition rapid prototyping,and put forward the improvement scheme is put forward. Fused deposition rapid prototyping is an important technology of rapid prototyping. In order to improve the processing technology,the process plan to change its scanning mode is put forward,through the finite element simulation. The verification in the accumulation of fewer layers change the long and short side scanning to improve the rationality of fused deposition rapid prototyping. Based on the ANSYS version of the classic Gauss heat source on the use of mobile technology,it is reasonable to describe the formation process of fused deposition rapid prototyping,and put forward the improvement scheme is put forward.
出处 《International Journal of Plant Engineering and Management》 2014年第4期251-254,共4页 国际设备工程与管理(英文版)
关键词 rapid prototyping FDM Process ANSYS gaussian heat moving source scanning mode rapid prototyping FDM Process ANSYS gaussian heat moving source scanning mode
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参考文献5

  • 1Fan L R. Uniform wall FDM technology in rapid prototyping technology research method based on thick filled [ D ]. Baotou: Inner Mongolia University of Science and Technology, 2011 (in Chinese ).
  • 2Pei L, Wu R D, Zhang J, et al. Scanning speed on fused deposition forming finite element analysis of the effect of [ J 1. China Mechanical Engineering, 2003, ( 8): 687-690 ( in Chinese).
  • 3Zhang H C. Where the wave.ANSYS13. 0 from entry to the actual [ M ]. Beijing: Mechanical Industry Press, 2011.
  • 4Chen J. FDM scanning mode of[ D]. Wuhan: Huazhong University of Science and Technology, 2009 ( in Chinese).
  • 5Gurr M, Thomann Y, Nedelcu M, et al. Novel acrylic nanocomposites constaining in-situ formed calcium phosphate/layered silicate hybrid nanoparticles for photochemical rapid prototyping,rapid tooling and rapid manufacturing processes [ J ] .Polymer,2010, (51 ) :5058-5070.

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