역추적 기법을 활용한 산업용 유압호스의 가상 물성치 추정

Computing of virtual material properties for hydraulic hoses using a backward tracing scheme
  • 양현모
  • 구본열
  • 최명환
  • 김태환
  • 김재정

초록

Among the various parts which construct hydraulic system, especially hydraulic hoses play important roles in the organic connection between components of hydraulic system and in the efficient power transmission. Therefore, a path design during development process of various industrial machines is one of the important issues. A method using a commercial software based on the virtual reality was proposed to estimate the path of anisotropic hydraulic hoses. Design parameters which are necessary to be input to create paths are materials properties values such as Young"s modulus, shear modulus, and Poisson’s ratio. However, a distance error is occurred between the path on which materials properties are applied and that obtained from actual experiment like tensile test etc. A backward tracing scheme was used in this study to search virtual materials properties which are closest to actual path of horses.

키워드

Backward tracing schemeScanningHydraulic hoseOptimizationPath generationVirtual propertyYoung’s modulus
제목
역추적 기법을 활용한 산업용 유압호스의 가상 물성치 추정
제목 (타언어)
Computing of virtual material properties for hydraulic hoses using a backward tracing scheme
저자
양현모구본열최명환김태환김재정
발행일
2015-02
유형
Proceeding
저널명
2015 한국CAD/CAM학회 동계학술대회 논문집
페이지
128 ~ 137