경사진 원형관에서 표면장력과 중력에 의한 비뉴턴 유체(Casson 모델)의 유동 Flow of a Non-Newtonian Fluid(Casson Model) by Surface Tension and Gravity Force in an Inclined Circular
한국기계기술학회지
(韓國機械技術學會誌)
제16권 제2호
(2014.04)
pp.1323-1329
pp.1323-1329
한국기계기술학회
(Korean Society of Mechanical Technology)
초록
This paper presents the theoretical analysis for the flow driven by surface tension and gravity force in an inclined circular tube. The present study introduces detailed mathematical procedures for Casson viscosity model. The equations of velocity distribution and flow rate are developed to describe the displacement of a non-Newtonian fluid that continuously flew into a circular tube by surface tension. The equation of modified volumetric flow shows the complicated form of (10) due to yield stress term, and the equation of velocity distribution which includes the yield stress and inclination angle of circular tube is composed of terms of r and rc as form of (14).
키워드
목차
Abstract
1. 서론
2. 이론
2.1 속도분포식(뉴턴유체)
2.2 Casson 모델
2.3 체적유량
2.4 속도분포식(Casson 모델)
3. 결과 및 고찰
3.1 체적유량식의 검증 및 검토
3.2 속도분포식의 검증 및 검토
4. 결론
후기
References
1. 서론
2. 이론
2.1 속도분포식(뉴턴유체)
2.2 Casson 모델
2.3 체적유량
2.4 속도분포식(Casson 모델)
3. 결과 및 고찰
3.1 체적유량식의 검증 및 검토
3.2 속도분포식의 검증 및 검토
4. 결론
후기
References
저자