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이승욱(SeungWook Lee),송룡수(RyongSu Song),이동렬(DongRyul Lee) 대한설비공학회 2015 대한설비공학회 학술발표대회논문집 Vol.2015 No.11
In this study, the objective of this research is to conduct the flow analysis of Torque Converter with Speed Ratios. Torque Converter consists of Turbine, Impeller, Stator. The Torque Ratio, The Efficiency, The Capacity Factor according to the Torque Converter with Speed Ratios through ANSYS CFX. The Torque Ratio of 1.82 was the highest Torque Ratio at Speed Ratio of 0.3. The Torque Ratio of 1.01 was the lowest Torque Ratio at Speed Ratio of 0.8. The Efficiency of 81.42% was the highest Efficiency at Speed Ratio of 0.7. The Efficiency of 54.49% was the lowest Efficiency at Speed Ratio of 0.3. The Capacity Factor of 2.05 was the highest Capacity Factor at Speed Ratio of 0.5. The Capacity Factor of 1.48 was the lowest Capacity Factor at Speed Ratio of 0.8. In conclusion, the optimized design for Torque Converter should be at Speed Ratio between 0.7 and 0.8.