AN ADVANCED DISCHARGE MEASUREMENT TECHNIQUE: REAL-TIME AUTOMATIC DISCHARGE ACQUISITION REMOTE-CONTROL SYSTEM USING ACOUSTIC DOPPLER VELOCITY METERS
Real-time Automatic Discharge Acquisition Remote-control System (RADARS) has been invented to measure accurate and continuous discharge automatically without man-power especially in a tide-affected region. The RADARS is based on the 2-D non-dimensional velocity distribution by entropy concept proposed by Chiu (1988, 1989). The estimated maximum velocity can be obtained by the linear regression analysis between the measured velocity and the non-dimensional velocity for all measured points of H-ADCP. Therefore the real velocity distribution can be estimated by applying the estimated maximum velocity to the non-dimensional distribution. Acoustic Doppler Current Profiler (ADCP) discharge measurements have been made by moving the ADCP across the cross-sections to verify the discharge obtained by the RADARS. The comparison of the discharges obtained by ADCP and the RADARDS shows a good agreement. The discharges measured by RA-DARS have a tendency to be a little bit smaller than those measured by ADCP, but show acceptable errors within 95 % confidence interval. Therefore the discharge measured by the RADARS can he regarded as valid discharge.
discharge measurement ADVM entropy velocity distribution
Chang Wan Kim Min Ho Lee Sang Hwa Jung
River & Coast Research Division, Korea Institute of Construction Technology, Korea River Inforamtion Center, Han River Flood Control Center, MLTMA, Korea
国际会议
第16届亚太地区国际水利学大会暨第3届水工水力学国际研讨会(16th IAHR-APD Congress and 3rd Symoposium of IAHR-ISHS)
南京
英文
1978-1983
2008-10-20（万方平台首次上网日期，不代表论文的发表时间）