期刊文献+

非工程领域中的TRIZ 被引量:7

Non-Technical Problem Solving of Innovation System
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摘要 TRIZ是研究人类进行发明创造,解决技术问题过程中所遵循的科学原理和法则,目前已经成为国外研究者们研究的热点。为使我国各行各业的工作者了解TRIZ理论,论文对TRIZ的基本概念、组成和主要方法与工具进行了介绍,并在此基础上通过实例提出了TRIZ在非工程领域中的应用。最后对TRIZ当前研究的重点和方向进行了讨论。 T RI Z is becoming the most important methodology for solving inventive problems an d attracting much atten-tion of all kinds of scientists and researchers in the world.In order to make TRIZ familiar to quality researchers in Chi-na,the aut hors would specifically discuss theory and design model of TRIZ.After introduci ng the basic concepts and main methods tools of TRIZ in particular,the paper ha s interpreted its main design process.At last,the focus and trends of TRIZ re search has been discussed.
出处 《计算机工程与应用》 CSCD 北大核心 2004年第26期98-100,共3页 Computer Engineering and Applications
关键词 TRIZ Su-Field理想解 物理矛盾 技术矛盾 TRIZ,Su-Field,ideality,physical contr adictions,tradeoff contradictions
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参考文献13

  • 1Altshuller G.And suddenly the inventor appeared. Technical Innovation Center, Worcester, 1996
  • 2Altshuller G.The innovation algorithm. Technical Innovation Center,Worcester, 1999
  • 3John Terninko. Organic TRIZ on the Farm[J].TRIZ Journal, 1998;(12)
  • 4Dr David Levy. Humanitarian De-mining and TRIZ(A Response tothe March TRIZ Challenge)[J].TRIZ Journal ,2001; (8)
  • 5Darrell Mann. CASE STUDIES IN TRIZ:A COMFORTABLE BICYCLE SEAT[J].TRIZ Journal, 1998; (12)
  • 6Dr Graham Rawlinson. TRIZ in the Kitchen[J].TRIZ Journal,2001;(10)
  • 7Dr Michael S,Slocum P E.Robust Development and Design for a Nuclear Reactor Terminal Gland for Use on the Centurion Class Submarines Using Invention Machine Corporations' TechOptimizer a[J].TRIZ Journal, 1997; (12)
  • 8Zinovy Royzen.TRIZ Solves A Reliability Problem Concerning A Space Shuttle Class Main Engine[J].TRIZ Journal, 1999 ; ( 1 )
  • 9Ellen Domb. TRIZ for Non-Technical Problem Solving[J].TRlZ Journal, 2003
  • 10D Mann.Ideality and 'Self-X'-Part 1 :Things That Do Things For Themselves[J].TRIZ Journal ,2003-02

二级参考文献12

  • 1[1]Ellen Domb. Managing Creativity for Project Success [ A ]. In: S.Wacker. Proceeding of the 7th Project Leadership Conference [ C ].Chicago: Project Leadership Associate,2000.14 ~ 19.
  • 2[2]G.S. Altshuller, Suddenly the Inventor Appeared [ M ]. Worchester,MA: Technical Innovation Center. 1994.
  • 3[3]P.R.Apte,Harish Shab.5W's and an H of Innovation:TRIZ[A]. In:B. Sutter. Proceeding of World Congress on Total Quality [ C ],Leicester: De Montfort University Press, 2000.22 ~ 30.
  • 4[4]Prakash R. Apte. TRIZ in MEMS [ A ]. In: S. Streams. Proceeding of SPIE[C]. WA:SPIE Press,2000.21 ~ 29.
  • 5[5]Toru Nakagawa. Let's Learn TRIZ[J]. Plant Engineers,August 1999,Vol.31:67 ~ 73.
  • 6[6]Toru Nakagawa. TRIZ: Theory of Inventive Problem SolvingUnderstanding and Introduction It[ J ]. Bulletin of Culture and Natural Science in Osaka Gakuin University, September 1998, No. 37:31 ~37.
  • 7[7]Zinovy Royzen, Algorithm for Inventive Problem Solving [ A ]. In:Glenn H. Mazur. The Ninth Symposium on QFD [ C ]. MI: QFD Institute, 1997.24 ~ 34.
  • 8[8]Zinovy Royzen. Solving Contradiction in Development of New Generation Products Using TRIZ [ C ]. The ASI Total Product Development Symposium, 1996.
  • 9[9]Darrel Mann, TRIZ and Axiomatic Design: Compatibilities and Contradiction (II) [J]. TRIZ Journal,July 1999.
  • 10[10]John Terninko. The QFD, TRIZ and Taguchi Connection: CustomerDriven Robust Innovation [ A ]. In: Glenn H. Mazur. The Ninth Symposium on QFD[ C]. MI: QFD Institute, 1997,102 ~ 109.

共引文献52

同被引文献74

引证文献7

二级引证文献31

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