입자법을 이용한 스크류젯의 성능 예측에 관한 연구
Study on the Performance Prediction of Screw Jet using Moving Particle System
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초록
Screw jet equipment has been developed based on the existing accumulated experimental indicators in the semiconductor industry, and for specific performance development, it is necessary to visually check a process in which a high viscosity solution is discharged to a nozzle through a screw. Since the transparency of the exterior is not guaranteed after design and production due to the characteristics of the equipment, simulation must be performed to confirm the performance data according to the internal shape. Therefore, in this study, the screw jet equipment was simulated using the moving particle system, and through this, all processes of the screw jet internal solution flow were visually checked and computerized data capable of predicting the performance of the equipment was secured.
Abstract
Screw jet equipment has been developed based on the existing accumulated experimental indicators in the semiconductor industry, and for specific performance development, it is necessary to visually check a process in which a high viscosity solution is discharged to a nozzle through a screw. Since the transparency of the exterior is not guaranteed after design and production due to the characteristics of the equipment, simulation must be performed to confirm the performance data according to the internal shape. Therefore, in this study, the screw jet equipment was simulated using the moving particle system, and through this, all processes of the screw jet internal solution flow were visually checked and computerized data capable of predicting the performance of the equipment was secured.
참고문헌 (8)
- S. Koshizuka, "Moving particle semi-implicit method for fragmentation of incompressible fluid", Nuclear Science and Engineerin, pp.421~434 (1996)
- D. H. Son, "Validation for MPS Method by using the Sloshing Model Simulation", The Korean Society of Mechanical Engineers, pp.1671~1676 (2014)
- B. W. Chung, "Sloshing Equivalent Mechanical Model Range Search using MPS Method", Korean Society for Noise and Vibration Engineering, pp.44~44 (2020)
- J. S. Jeong, "Analysis of Washing Machine drive Using RecurDyn with Particleworks", The Korean Society of Mechanical Engineers, pp.49~50 (2021)
- 조은만, "무기성 슬러지 건조용 직렬 사이클론 분리기의 입경별 분리 성능 해석", 한국기계기술학회지, 24(4), pp.578~584 (2022), 한국기계기술학회[DOI]
- B. H. Lee, "Numerical Simulation of Non-linear Free-surface Motions Using Moving Particle Semi-implicit(MPS)Method", The Korean Society of Ocean Engineers, pp.53~58 (2007)
- T. Muramoto, "Numerical analysis of criticality of fuel debris falling in water", Annals of Nuclear Energy, pp.112~122 (2019)
- C. W. Junㅇ, "Comparison of the pendulum motion of a buoy subjected to wave load with experiments", Journal of Mechanical Science and Technology, pp.3161~3169 (2019)