Personal Information

  • Doctoral Supervisor
  • Master Tutor
  • (教授)
  • E-Mail:

  • Date of Employment:

    2000-07-10
  • Education Level:

    With Certificate of Graduation for Doctorate Study
  • Gender:

    Male
  • Professional Title:

    教授
  • Status:

    Employed
  • Alma Mater:

    西安交通大学
  • Have Any Overseas Experience:

    No
  • Foreign Personnel or Not:

    No
  • Discipline:

    Mechanical Engineering

Papers

Home > Research > Papers

Heterogeneous Object Modeling Based on Multi-color Distance Field

  • Date:2025-04-30
  • Title of Paper:Heterogeneous Object Modeling Based on Multi-color Distance Field
  • Journal:Materials & Design
  • Summary:With the development of layered manufacturing or rapid prototyping, modeling heterogeneous object with varying material distribution has become more and more important. Different from homogeneous object modeling, the heterogeneous object modeling contains not only geometry and topology information but also material information. In this paper, a new method of modeling heterogeneous object is presented. In this method, firstly, the geometric model of an object is represented by the signed distance field; next, each grid is assigned with material property and material distance field which has the same resolution with geometric distance field are calculated according to material feature; the geometric and material distance field are then unified, named as multi-color distance field. The complex heterogeneous object can also be obtained via the boolean operations of multi-color distance field. For a heterogeneous object represented by the distance field, the most significant advantage is that its geometry model and material information can easily be sliced into a series of 2D layers, so it is convenient for the heterogeneous object to be fabricated using layered manufacturing machine. Several examples show the validity of our modeling method.
  • Co-author:Zhou Hongmei Liu Zhigang Lu Bingheng
  • Translation or Not:No
  • Date of Publication:2009-04-01
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