The paper presents the results of field and experimental research in the damless water intake of the KMCh in the Amu Darya River. Under the conditions of the Amu Darya, with a large volume of irrigated water and intensive wandering of the river flow on a wide floodplain, the provision of a guaranteed damless water intake requires the implementation of channel control works to detach the pioneer ditch and systematically clean it from entering during the period of operation. The article improves the method of increasing the reliability of the damless water intake and the calculations of the route and the boundaries of the pioneer ditch, depending on the river flow. It also provides hydraulic schemes for improving the condition of a damless water intake and recommendations for the rational use and placement of a fleet of dredgers when laying a ditch route and cleaning it.

1.
Bazarov
D.R.
Nauchnoye obosnovaniye novykh chislennykh metodov rascheta deformatsii rusel rek slozhennykh legkorazmyvayemymi gruntami
, p.
209
,
Moscow
, (
2000
)
2.
Mukhamedov
A.M.
Osnovnyye napravleniya issledovaniy po ruslovym protsessam reki Amudarya, Doklady vsesoyuznogo soveshchaniya po vodozabornym sooruzheniyam i ruslovym protsessam
, pp.
11
27
,
Tashkent
, (
1974
)
3.
Velikanov
M.A.
Morfometriya ravninnykh rek kak osnova modelirovaniya ruslovogo protsessa, Tr. II Gidrol. Syezda, T.5
, pp.
268
270
,
Leningrad
, (
1960
)
4.
S.
Latipov
,
J.
Sagdiyev
,
S.
Eshev
,
I.
Kholmamatov
and
I.
Rayimova
, “
Acceptable water flow rate in sandy channels
in E3S Web of Conferences 274
,
03002
, (
2021
), doi
5.
S.
Khidirov
,
R.
Oymatov
,
B.
Norkulov
,
F.
Musulmanov
,
I.
Rayimova
and
I.
Raimova
, “
Exploration of the hydraulic structure of the water supply facilities operation mode and flow
in E3S Web of Conferences
264
, (
2021
), doi:
6.
O.
Rakhimov
,
S.
Eshev
,
M.
Rakhmatov
,
I.
Saidov
,
F.
Boymurodov
and
I.
Rayimova
, “
Improved pump for transporting liquid feed mixtures through pipes on farms
”,
in E3S Web of Conferences
263
,
04046
(
2021
), doi
7.
S.
Eshev
,
I.
Gaimnazarov
,
S.
Latipov
,
N.
Mamatov
,
F.
Sobirov
and
I.
Rayimova
, “
The beginning of the movement of bottom sediments in an unsteady flow
in E3S Web of Conferences
263
,
02042
, (
2021
), doi
B.
,
Vokhidov
O.
,
Tadjieva
D.
,
Kurbanova
,
U.
,
Isakov
A. Hydrodynamic effects on the flow elements of the downstream devices in the presence of cavitation.
IOP Conf. Ser. Mater. Sci. Eng.
1030
,
012114
(
2021
).
8.
Bazarov
D.
,
Norkulov
B.
,
Vokhidov
O.
,
Uljaev
F.
,
Ishankulov
,
Z.
Two-dimensional flow movement in the area of protective regulatory structures.
IOP Conf. Ser. Mater. Sci. Eng.
890
,
012162
(
2020
)
9.
Krutov
A.
,
Choriev
R.
,
Norkulov
B.
,
Mavlyanova
D.
and
Shomurodov
A.
Mathematical modelling of bottom deformations in the kinematic wave approximation.
IOP Conf. Ser. Mater. Sci. Eng.
1030
,
012147
(
2021
).
10.
U.
Umurzakov
,
B.
Obidov
,
O.
Vokhidov
,
F.
Musulmanov
,
B.
Ashirov
and
J.
Suyunov
, “
Force effects of the flow on energy absorbers in the presence of cavitation
in E3S Web of Conferences
264
,
03076
(
2021
), doi:
11.
B.
Obidov
,
O.
Vokhidov
,
J.
Suyunov
,
K.
Nishanbaev
,
I.
Rayimova
and
A.
Abdukhalilov
, “
Experimental study of horizontal effects of flow on non-erosion absorbers in the presence of cavitation
”,
in E3S Web of Conferences
264
,
03051
(
2021
), doi:
12.
Matyakubov
B.
,
Begmatov
I.
,
Raimova
I.
and
Teplova
G.
Factors for the efficient use of water distribution facilities
.
IOP Conf. Ser. Mater. Sci. Eng.
883
,
012025
(
2020
).
13.
Uralov
B.
,
Rakhmatov
N.
,
Khidirov
S.
,
Uljaev
F.
,
Raimova
I.
Hydraulic modes of damless water intake
.
IOP Conf. Ser. Mater. Sci. Eng.
1030
(
1
),
012123
(
2021
)
14.
Bazarov
D.
,
Markova
I.
,
Raimova
I.
,
Sultanov
Sh
.
Water flow motion in the vehicle of main channels
.
IOP Conf. Ser. Mater. Sci. Eng.
883
,
012025
(
2020
).
15.
Eshev
S.
,
Latipov
S.
,
Qurbonov
A.
,
Berdiev
M.
,
Mamatov
N.
Non-eroding speed of water flow of channels running in cohesive soils
.
IOP Conf. Ser. Mater. Sci. Eng.
1030
,
012131
(
2021
).
16.
Yangiev
A.
,
Eshev
S.
,
Panjiev
S.
,
Rakhimov
A.
Calculation of sediment flow in channels taking into account passing and counter wind waves
.
IOP Conf. Ser. Mater. Sci. Eng.,
883
,
012036
(
2020
)
17.
Eshev
S.S.
,
Khazratov
A.N.
,
Rahimov
A.R.
,
Latipov S.A. Influence of wind waves on the flow in flowing reservoirs
.
IIUM Engineering Journal
,
21
(
2
), pp.
125
132
, (
2020
)
18.
Shokirov
B.
,
Norkulov
B.
,
Nishanbaev
Kh.
,
Khurazbaev
M.
,
Nazarov
B.
Computer simulation of channel processes
.
E3S Web of Conferences
,
97
,
05012
, (
2019
)
19.
B.
Uralov
,
M.
Li
,
E.
Qalqonov
,
Z.
Ishankulov
,
M.
Akhmadi
and
L.
Maksudova
, “
Hydraulic resistances experimental and field studies of supply canals and pumping stations structures
in E3S Web of Conferences
264
,
03075
(
2021
), doi
20.
M.
Mamajanov
,
B.
Uralov
,
M.
Li
,
E.
Qalqonov
,
P.
Nurmatov
and
A.
Gayur
, “
Irrigation pumping stations according to the hydraulic and operational indicators of pumping units
”,
in E3S Web of Conferences
264
,
03074
(
2021
), doi
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