• Home
  • Journals
  • Focus
  • Conferences
  • Researchers
  • Sign in

Outline

  • Abstract
  • Keywords

Figures(5)

标签(1)

Table 1

其他(2)

PDF
Document

Frontiers of Mechanical Engineering

2020, Volume 15,  Issue 3, Pages 484-495
    • PDF
    • collect

    Manufacturing and mechanical properties of composite orthotropic Kagome honeycomb using novel modular method

    Key Laboratory for Precision and Non-Traditional Machining Technology of Ministry of Education, School of Mechanical Engineering, Dalian University of Technology, Dalian 116024, China

    Received:2020-06-28 Accepted: 2020-08-06 Available online:2020-08-06
    Show More
    10.1007/s11465-020-0593-3
    Cite this article
    Bin NIU, Shijie LI, Rui YANG.Manufacturing and mechanical properties of composite orthotropic Kagome honeycomb using novel modular method[J].Frontiers of Mechanical Engineering,2020,15(3):484-495.

    Abstract

    This work deals with manufacturing and analysis of orthotropic composite Kagome honeycomb panels. A novel modular mold is proposed to manufacture carbon fiber reinforced composite Kagome honeycombs. The designed mold can be assembled freely to manufacture Kagome honeycombs with different configuration combinations and can realize easy demolding. Furthermore, two typical fiber placement methods are considered during the fabrication process, from which the more effective fiber placement method is determined. Finally, representative volume element method is used to perform homogenization analysis of the Kagome honeycomb panels and to obtain equivalent in-plane and bending stiffness. Finite element analysis using these equivalent properties is conducted and validated against the experimental results of the manufactured composite Kagome honeycomb panels under different loading cases.

    Keywords

    composite ; Kagome honeycomb ; manufacturing ; placement of fibers ; equivalent stiffness
    Previous article in issue
    article in issue Next
    登录后,您可以进行评论。请先登录

    评论

    评论

    • 所有评论
     咋就跳到顶部了
    2019-04-23 11:24:14
    回复 (0)
    inspur  手机账号
    2019-05-10 11:30:17
    回复 (0)

    Read

    123

    Download

    11

    Related Research

    Current Issue
      Current Issue
        Follow us
        Copyright © 2015 China Engineering Science Press.
        京ICP备11030251号
        Follow us
        Copyright © 2015 China Engineering Science Press.
        京ICP备11030251号