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이수혁(Soo-Hyuk Lee),허성모(Sung-Mo Heo),조혜민(Hye-Min Cho),손현성(Hyunsung Son),정성민(Seong-Min Jeong),박준영(Junyoung Park) 한국기계가공학회 2010 한국기계가공학회지 Vol.9 No.3
In the engineering field, sloshing in rolling vessel is a hot issue because of the counection with ship stability problem. The sloshing phenomena also can be utilized in the field of structure or facility vibration damper. This paper explores the possibility which sloshing of multi-particles can be used to dissipate energy in a rolling container. This energy dissipation can be utilized to the application of rotating damper. Some of the parameters expected to dissipates energy, such as vessel size, particle size, mass fraction and ramp height, have been experimentally and theoretically studied.
회전하는 원통형 용기에서의 분체 슬로싱 현상에 의한 에너지 소실
이수혁(Soo-Hyuk Lee),조혜민(Hye-Min Cho),허성모(Sung-Mo Heo),박준영(Junyoung Park) 한국기계가공학회 2009 한국기계가공학회 춘추계학술대회 논문집 Vol.2009 No.6
In the engineering field, sloshing in rolling vessel is a hot issue because of the connection with ship stability problem. The sloshing phenomena also can be utilized in the field of structure or facility vibration damper. This paper explores the possibility which sloshing of multi-particles can be used to dissipate energy in a rolling container. Some of the parameters expected to dissipates energy, such as vessel size, particle size, mass fraction and ramp height, have been experimentally and theoretically studied.
회전하는 원통형 용기에서의 분체 슬로싱 현상에 의한 에너지 소실
이수혁(Soo-Hyuk Lee),조혜민(Hye-Min Cho),허성모(Sung-Mo Heo),박준영(Junyoung Park) 한국기계가공학회 2009 한국기계가공학회 춘추계학술대회 논문집 Vol.2009 No.6월
In the engineering field, sloshing in rolling vessel is a hot issue because of the connection with ship stability problem. The sloshing phenomena also can be utilized in the field of structure or facility vibration damper. This paper explores the possibility which sloshing of multi-particles can be used to dissipate energy in a rolling container. Some of the parameters expected to dissipates energy, such as vessel size, particle size, mass fraction and ramp height, have been experimentally and theoretically studied.