Abstract
Taylor-Couette Flow can expect the application to the chemical reactor that the security of the chemical process planned becoming it using a characteristic to stir the system uniformly. This study is aimed for analysis of the speed ground of Taylor-Couette Flow. The analytical technique is experiment analysis using the ultrasound velocity profiler and numerical analysis using the numerical simulation. However, the result that is different from a value expected that an unknown element increases for result of a measurement theoretically may be provided when we use a cheap device. Therefore we derived calibration coefficient for speed velocity profile by a measurement and corrected the data including the experimental error. The data of Re=65Q and 1200 which obtained by two times of experiments, we derived calibration coefficient from one data and corrected other experimental data. As a result, it became the data which revised an experimental error.
