Harmonic Material Design of Multi-Functional Composites

多功能复合材料的调和材料设计

• 批准号: 11221101
• 负责人: HANADA Shuji
• 金额: $ 5.82万
• 依托单位: TOHOKU UNIVERSITY
• 依托单位国家: 日本
• 项目类别: Grant-in-Aid for Scientific Research on Priority Areas
• 财政年份: 1999
• 资助国家: 日本
• 起止时间: 1999 至 2001
• 项目状态: 已结题
• 来源: https://kaken.nii.ac.jp/en/grant/KAKENHI-PROJECT-11221101/
• 关键词: harmonic material design; composite; multi-functions; interface; structural material; functional material; workshop; symposium; 複合機能化; 材料協調設計; 界面制御

The activities of the advisory group are summarized as follows. October 1999 First workshop in Sendai Marc 2000 Second workshop in Tokyo and publication of news letter No. 1 September 2000 Publication of news letter No. 2 February 2001 Open seminar (Third workshop) in. Osaka March 2001 JIM seminar in Chiba "Harmonic materials design of multi-functional composites" February 2002 Fourth Workshop in Sendai and publication of the report on summarized results.This advisory group has continuously advised and planned to collaborate with all the members belonging to the groups, aiming at harmonic material design of multi-functional composites. The following events were organized to disclose the results obtained in this project.(1) Organization of open symposium : This symposium was planned to receive suggestions and advices from participants other than the project members.(2) Organization of JIM (Japan Institute of Metals) symposium : This symposium was planned to exchange opinions with JIM participants in the 2001 spring meeting. We succeeded in programming more than 30 papers of the harmonic material design.(3) Publication of papers in the international journal "Science and Technology of Advanced Materials" : More than 10 papers of the harmonic material design studied in this project will be published as a special issue of the journal.(4) Publication of papers in the bulletin of JIM "Materia" : 11 papers of the harmonic material design studied in this project were published in 2002 March issue of the bulletin.(5) Final workshop was held on November 29, 30, 2002 to summarize the results of this project.

咨询小组的活动概述如下。1999年10月在仙台举行第一次讲习班，2000年马克在东京举行第二次讲习班，并出版第1号新闻信函，2000年9月出版第2号新闻信函，2001年2月举行公开研讨会（第三次讲习班）。大坂2001年3月在千叶JIM研讨会“多功能复合材料的和谐材料设计”2002年2月在仙台第四次研讨会并发表总结结果报告。该咨询小组一直在为多功能复合材料的和谐材料设计提供建议并计划与所有小组成员合作。组织了以下活动，以公布该项目取得的成果。(1)公开研讨会的组织：本次研讨会计划接受项目成员以外的与会者的建议和意见。(2)JIM（日本金属学会）研讨会的组织：该研讨会计划与2001年春季会议的JIM与会者交换意见。我们成功地编制了30多篇谐波材料设计的论文。(3)在国际期刊《Science and Technology of Advanced Materials》上发表论文：本项目研究的谐波材料设计的10余篇论文将作为期刊特刊发表。(4)在JIM《Materia》期刊上发表论文：本项目研究的11篇谐波材料设计论文发表在2002年3月号的期刊上。(5)2002年11月29日和30日举行了最后一次研讨会，总结了该项目的成果。

项目成果

D.-S.Chung, M.Enoki, T.Kishi: "Microstructural Analysis and Mechanical Properties of In Situ Nb/Nb-Aluminide Layered Materials"Science and Technology of Advanced Materials. 3(2). 129-135 (2002)

D.-S.Chung、M.Enoki、T.Kishi：“原位铌/铌铝化物层状材料的微观结构分析和力学性能”先进材料科学与技术。

Teppei Suzuki, Hiroaki Matsumoto, Naoyuki Nomura, Shuji, Hanada: "Microstructures and fracture toughness of directionally solidified Mo-ZrC eutectic composites"Science and Technology of Advanced Materials.

Teppei Suzuki、Hiroaki Matsumoto、Naoyuki Nomura、Shuji、Hanada：“定向凝固Mo-ZrC共晶复合材料的显微组织和断裂韧性”先进材料科学与技术。

Toshinori Isobe, Mamoru Omori, Satoshi Uchida, Tsuguo Sato, Toshio Hirai: "Consolidation of Al_2O_3-GdAlO_3 eutectic powder prepared from induction-melted solid and strength at high temperatures"Science and Technology of Advanced Materials.

Toshinori Isobe、Mamoru Omori、Satoshi Uchida、Tsuguo Sato、Toshio Hirai：“感应熔炼固体制备的Al_2O_3-GdAlO_3共晶粉末的固结和高温强度”先进材料科学与技术。

Hiroshi Asanuma, Osamu Haga, Jun-Ichiro Ohira, Genji Hakoda, Kazuhiro Kimura: "Proposal of and active composite with embedded sensor"Science and Technology of Advanced Materials.

Hiroshi Asanuma、Osamu Haga、Jun-Ichiro Ohira、Genji Hakoda、Kazuhiro Kimura：“嵌入式传感器的活性复合材料的提案”先进材料科学与技术。

Kenta Takagi, Jing-Feng Li, Shohei Yokoyama, Ryozo Watanabe Abdulhakim Almajid, Minoru Taya: "Design and fabrication of functionally graded PZT/Pt piezoelectric bimorph actuator"Science and Technology of Advanced Materials.

Kenta Takagi、Jing-Feng Li、Shohei Yokoyama、Ryozo Watanabe Abdulhakim Almajid、Minoru Taya：“功能梯度 PZT/Pt 压电双压电晶片执行器的设计与制造”先进材料科学与技术。