... Hyd . ) 0199 DRONKERS , J. J. 1967. Considerations on fluid motion in and around closure gaps ; closure of estuarine channels in tidal regions : Rijks waterstaat Delta Directorate and Delft Hyd . Lab . , Pub . No. 64 . The closure of ...
... HYD 0946 * 9X , 18HLATITUDE OF BAY = F5.2,8H DEGREES , / ) HYD 0947 PRINT 2055 HYD 0948 PRINT 270 HYD 0949 270 FORMAT ( 9X , 42HMEAN SEA LEVEL WATER DEPTHS THROUGHOUT BAY , // ) HYD 0950 DO 275 J = 1 , JMAX JJ = JMAX - J + 1 PRINT 276 , JJ ...
... Hyd. Engineering, vol. 13, no. 2, p. 142. Morris, E. M., and Woolhiser, D. A., 1980, “Unsteady one-dimensional flow ... J. J., and Chaudhry, M. H., 1997, Hydraulic engineering, Second ed., John Wiley & Sons, New York, NY. Roberson ...
... J. J. , 1971 , " Finite - Difference Simulation of Bore Propagation , " Jour . , Hyd . Div . , Amer . Soc . ofCiv . Engrs . , vol . 97 , No. HY7 , July , pp . 993-1010 . Martin , C. S. and DeFazio , F. G. , 1969 , “ Open Channel Surge ...
... ( Hyd ) J. B. Tiffany Technical Executive Asst W. L. Bache , Jr. Administrative Executive Asst PERSONNEL BRANCH L. C. ... J. J. Franco Engr ( Hyd ) Dual assignment 1 July 1946 WATERWAYS EXPERIMENT STATION TRAINING AND INFORMATION ...
... ( JJ ) = SHYD ( JJ ) 504 OHYD ( JJ ) = HYD ( JJ ) 5C5 IF ( I.EQ. 1 ) GO TO 2 IJ = JJJ ( 1-1 ) GT . IJ ) GO TO 2 IF ( JJJ ( I ) .GT . IJ ) DO 15 JJ = J , ND OS HY D ( JJ ) = 0.0 15 OHYD ( JJ ) = 0 . GO TO 2 511 K = ( J - 2 ) / KDT + 1 ...
... Hyd . ) 0199 DRONKERS , J. J. 1967. Considerations on fluid motion in and around closure gaps ; closure of estuarine channels in tidal regions : Rijks waterstaat Delta Directorate and Delft Hyd . Lab . , Pub . No. 64 . The closure of ...
... HYD . Div . ASCE Vol . 105 , No. HYD 1 , January , 1979 . Leendertse , J. J. ( 1970 ) , " A Water - Quality Simulation Model for Well - Mixed Estuaries and Coastal Seas : Vol . I , Principles of Computation " , RAND Report RM - 6230 ...
... j j — Р Pej ) Can be re - written as M , ( 5 , + 0 % ) = j Р. mT Substituting 0 in ( 5 ) from equation ( 2 ) , – 0 — Pej = Pmj - ( PmT - Per ) M ; / Mr Neglecting eT j j T -M , 4 ; ( 6 ) power oscillatory transfers from one rotor to ...