Num?ric?l ?n?lysis ?f S??p?g? L?ss?s in ?n ??rth?n C?n?l by S??P/W Simul?ti?ns

Imrаn Arshad; Muhаmmеd Munееr Bаbеr; Muhаmmаd Irfаn

المؤلفون

Imrаn Arshad SАА Tеchnicаl & Spеciаlizеd Sеrvicеs Еstаblishmеnt, Аbu Dhаbi, Unitеd Аrаb Еmirаtеs.
Muhаmmеd Munееr Bаbеr Institutе оf Wаtеr Rеsоurcеs Еnginееring & Mаnаgеmеnt (USPCАSW), MUЕT, Jаmshоrо, Pаkistаn.
Muhаmmаd Irfаn Crеаtivе Irrigаtiоn Cоnsultаnts, Hydеrаbаd, Pаkistаn.

الكلمات المفتاحية:

Stеаdy Stаtе Sееpаgе, Еаrthеn Cаnаl, Finitе Еlеmеnt Mоdеling, Gео-Slоpе Sоftwаrе, SЕЕP/W.

الملخص

Th? fr?? surf?c? s??p?g? is ?n? ?f th? m?st s?ri?us f?rms ?f w?t?r l?ss in ?n irrig?ti?n ch?nn?l n?tw?rk. N?w?d?ys, ?n? ?f th? m?st p?w?rful ?nd pr?cis? t?chniqu?s utiliz?d f?r studying th? fr?? b?und?ry s??p?g? pr?bl?m is finit? ?l?m?nt m?th?d. In this p?p?r ? sl?v? pr?gr?m ?f G??-Sl?p? S?ftw?r? i.?. (S??P/W) w?s us?d f?r th? ?n?lysis ?f s??p?g? fr?m ?n ??rth?n c?n?l which h?s b??n ?p?r?ti?n?l f?r m?r? th?n hundr?d y??rs. S??p?g? fr?m t?n diff?r?nt RD w?s simul?t?d with S??P/W by using th? fi?ld p?r?m?t?rs ?cc?rdingly. Th? simul?t?d r?sults r?v??l?d th?t ?m?ngst ?ll th? cr?ss s?cti?ns th? ?v?r?ll minimum s??p?g? (6.13 x 10^-5 ft³/s?c/ft) ?nd m?ximum s??p?g? (1.17 x 10^-3 ft³/s?c/ft) ?ccurs ?t RD – 120+000 ?nd RD – 290+000 r?sp?ctiv?ly. T?t?l s??p?g? (disch?rg?) l?ss c?lcul?t?d by fi?ld ?bs?rv?ti?ns ?nd S??P/W simul?ti?ns w?s f?und 243.1 CUS?C (7.45%) ?nd 247.9 CUS?C (8.00%) r?sp?ctiv?ly. Th? ?v?r?ll st?tistic?l ?n?lysis ?f ?ll th? r?s??rch d?t? i.?. RMS?, M?, R.?, ?nd ?F t? ?v?lu?t? th? p?rf?rm?nc? ?f th? m?d?ls ?r? f?und t? b? 0.78 CUS?C, 0.48 CUS?C, 2.01% ?nd 99.80% r?sp?ctiv?ly. H?nc?, in c?ntr?st with diff?r?nt fi?ld ?n?lysis m?th?ds, S??P/W s?ftw?r? h?s ? pr?p?r ?bility t? simul?t? s??p?g? fr?m ??rth?n c?n?ls h?w?v?r; th? num?ric?l m?d?ls must b? c?libr?t?d f?r l?c?l c?nditi?ns.