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J-GLOBAL ID:200901009429361570   Update date: Dec. 18, 2024

HE JIANMEI

カ ケンバイ | HE JIANMEI
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Affiliation and department:
Job title: Professor
Research field  (2): Design engineering ,  Machine elements and tribology
Research keywords  (24): ゴムメタル ,  純チタン ,  Pure titanium and gum metal ,  生体親和性 ,  Biological compatibility ,  メッシュステント ,  Meshed plates and stents ,  メッシュプレート ,  Higher 3D flexibility ,  3次元高柔軟性 ,  Medical devices ,  医療デバイス ,  FRP composite materials ,  FRP複合材 ,  Honeycomb structures ,  ハニカム構造 ,  Light-weight structure design for space structures ,  宇宙構造の軽量設計検討 ,  CAD/CAM/CAE ,  CAD/CAM/CAE ,  統合したCAD/CAM/CAEによる構造強度・様式の設計検討を行っています。 ,  材料・構造の強度や疲労等の実験評価と共に ,  人工衛星の構体系など様々な機械・部品に対し ,  インプラント人工骨から始め
Papers (9):
  • Atsushi Noma & <U>Jianmei He </U>. Conceptual Design Study on Bolts for Self-loosening Preventable Threaded Fasteners. The International Conference on Material, Mechanical, and Manufacturing Engineering (ICMMME 2017). 2017
  • Hiromichi Suzuki & <U>Jianmei He </U>. Evaluation on Bending Properties of Biomaterial GUM Metal Meshed Platesfor Bone Graft Applications. The International Conference on Material, Mechanical, and Manufacturing Engineering (ICMMME 2017). 2017
  • Kentaro Takagi & <U>Jianmei He </U>. Compression Characteristics of Honeycomb Sandwich Panels to Improve Their Impact Resistances. The International Conference on Material, Mechanical, and Manufacturing Engineering (ICMMME 2017). 2017
  • Fumihiko Sato & <U>Jianmei He </U>. Experimental Evaluation on Fatigue Strength of Adhesive-Bonded Sandwich Panels with CFRP Faces and Honeycomb Cores. The International Conference on Material, Mechanical, and Manufacturing Engineering (ICMMME 2017). 2017
  • Shoji Asano & <U>Jianmei He </U>. DESIGN INVESTIGATION ON APPLICABLE MESH STRUCTURES FOR MEDICAL STENT APPLICATIONS. The International Conference on Material, Mechanical, and Manufacturing Engineering (ICMMME 2017). 2017
more...
MISC (51):
Patents (2):
  • 三次元成形可能な格子構造体
  • 人工骨構成ユニット及び人工骨構成システム
Lectures and oral presentations  (99):
  • Tensile Property Evaluation of Meshed Plates for Medical Application through Analytical and Experimental Approaches
    (The 5th INTERNATIONAL CONFERENCE ON DESIGN ENGINEERING AND SCIENCE 2020)
  • High-performance Evaluation of Composite Panels using Lightweight Honeycomb Structures
    (2019)
  • High-performance examination of medical meshed plates as applied with mesh structures,~Tensile property evaluation of meshed plates caused by basic mesh shapes~
    (CMD2019 2019)
  • Evaluation on Tensile Fatigue Characteristics of Pure Titanium Meshed Plates as Applied for Intervertebral Disc Defects
    (CMD2019 2019)
  • High-performance Evaluation of Composite Panel Structures using Lightweight Aramid Honeycombs
    (CMD2019 2019)
more...
Works (2):
  • 金属光造形複合加工法を用いた医療用材料と医療機器製造技術の開発
    2006 - 2008
  • 株式会社ネクストが開発した人工骨の強度解析
    2006 - 2007
Education (1):
  • 1995 - 1998 Waseda University Graduate School, Division of Engineering Structure Vibration
Professional career (2):
  • 修士 (Waseda University)
  • 工学博士 (Waseda University)
Work history (8):
  • 2021/08 - 2022/03 早稲田大学 次世代ロボット研究機構 客員上級研究員
  • 2006/04 - 現在 KOGAKUIN UNIVERSITY
  • 2003/10 - 2006/03 JAXA Associate Senior Researcher
  • 2001/08 - 2003/09 NASDA Invited Researcher
  • 1999/04 - 2001/07 US National Institute of Standards and Technology, Guest Scientist
Show all
Committee career (1):
  • 2016/06 - 2017/03 東京大学大学院工学系研究科 頭蓋顎顔面骨に適用するセラミックス製カスタムメイド骨補填物に関するガイドライン案検討会 委員 委員
Association Membership(s) (6):
厚生労働省医薬食品局関連、「カスタムメイド固定用プレートに関する非臨床評価法検討会」委員 ,  日本複合材料学会 ,  日本先端材料学会 ,  日本航空宇宙学会 ,  Mumber of the International Society of Structural and Multi-Disciplinary Optimization (ISSMO) ,  日本機械学会
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