치차장치의 웹 기반 설계 시스템에 관한 연구

Web-based Design System of Gear Drive

  • 권지연 (한양대학교 대학원 기계설계학과) ;
  • 이성주 (한양대학교 기계설계학) ;
  • 정태형 (한양대학교 기계설계학과)
  • 발행 : 2004.04.01

초록

There have been continuous efforts for developing the automatic mechanical design system to increase the efficiency of the tedious design process. However, these efforts have been concentrated on single platform application. Hence, the developed systems have been available only in a designated place and time and have been difficult to modify. In this study a web-based design system is developed to offer more reliability and convenience without my restriction of time and place. The developed system is programmed based on Java, and the architecture of the system has object-oriented features of Servlet and JSP and is independent on my operating systems. The developed system has been applied to the initial design of multi-stage gear drives, but as the framework of the developed system is however quite versatile, its application to automatic design of my mechanical system or evaluation can be easily expected.

키워드

참고문헌

  1. Automation in constrction no.10 An industry foundation classes Web based collaborative construction computer envronment_WISPER Farai,I.
  2. Robotics and computer integrated manufacturing no.17 Development of a web based system for engineering change management Huang,G.Q.
  3. Engineering with computers no.18 A prototype Software Framework for Internet Enabled Collaborative Development of Structural Analysis Program Peng,J.;Law,K.H.
  4. Thesis of Master of Science, Hanyang University Multi-Staged Gear Design Method(in Korean) Lee,S.J.
  5. Thesis of Ph. D., Hanyang University An Atomatic Design system for Multi-Stage Gear Drives Integrating Dimensional and Configuration Design Processes(in Korean) Bae,I.H.
  6. Jav$a^{TM}$ 2 Platform, Standard Edition
  7. e-campus
  8. JSP Servlet(in Korean) Ahn,S.K.;Jung,C.K.
  9. Machine Design(in Korea) Park,Y.J.
  10. Handbook of Practical Gear design Dudley,D.W.
  11. Maschinenelemente Niemann,G.;Winter,H.