sohrab nazari
sohrab nazari
Assistant Professor,Eghlid Branch, Islamic Azad University
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Cited by
Cited by
Experimental and numerical simulation of arced trapezoidal piano key weirs
MK Chahartaghi, S Nazari, MM Shooshtari
Flow Measurement and Instrumentation 68, 101576, 2019
Effects of weir geometry on scour development in the downstream of Piano Key Weirs
AM Yazdi, SA Hoseini, S Nazari, N Amanian
Water Supply 21 (1), 289-298, 2021
Experimental investigation of local scouring around the bridge piers located at a 90 convergent river bend
M Rasaei, S Nazari, S Eslamian
Sādhanā 45 (1), 87, 2020
Investigating the effect of a parapet wall on the hydraulic performance of an arced piano key weir
M Karimi Chahartaghi, S Nazari, MM Shooshtari
Journal of Hydraulic Research 58 (2), 274-282, 2020
The effects of submerged vane angle on sediment entry to an intake from a 90 degree converged bend
G Beygipoor, M Bajestan, HA Kaskuli, S Nazari
Advances in Environmental Biology 7 (9), 2283-2292, 2013
The effect of distance from submerged vanes to the intake at different angles of vanes on controlling the sediment entering the intake branching from a 90 convergent bend
GH Beygipoor, MS Bajestan, HA Kaskuli, S Nazari
International Journal of Farming and Allied Sciences 2 (17), 591-598, 2013
Laboratory evaluation of Scour rate and energy dissipation in Gabion Stepped Weirs with considering the effect of Discharge and tail water depth
S Nazari, R Gholami, S Mirassi
J. Appl. Sci. Agric 9 (4), 1424-1439, 2014
Experimental and numerical investigation the effect of pier position on local scouring around bridge pier at a 90 convergent bend
M Rasaei, S Nazari, S Eslamian
Journal of hydraulic structures 6 (1), 55-76, 2020
Comparison of downstream scour of the rectangular and trapezoidal piano key weirs
A Mosalman Yazdi, SA Hosseini, S Nazari, N Amanian
Journal of Hydraulics 15 (2), 95-112, 2020
The effects of intake angle on the discharge and sediment ratio to an intake in a 90 degree convergence bend
MSB S. Nazari
Whatershed Management Research 87, 78, 2011
Numerical and experimental analysis of scour downstream of piano key weirs
AM Yazdi, S Hoseini, S Nazari, M Fazeli
Sādhanā 47 (4), 189, 2022
Investigating the effects of the block geometries and sidewall divergences on the local scour downstream of baffled chute spillways
M Karimi Chahartaghi, S Nazari, MS Babarsad
Advances in Civil Engineering 2020, 1-14, 2020
Experimental and Numerical Investigation of Local Scouring around Bridge Piers in Different Geometric Shapes at a 90 Convergent meander
M Rasaei, S Nazari
Journal of Hydraulic Structures 6 (2), 34-55, 2020
Effects of convergence on flow pattern characteristics in 90-degree converging bends
T Hosseini-Sargheyn, MR Bazargan-Lari, S Nazari
World Environmental and Water Resources Congress 2012: Crossing Boundaries …, 2012
Hydraulic performance of Molasadra Spillway Dams in Small scale model
محمد کریمی چهارطاقی, سهراب نظری
فصلنامه علمی-پژوهشی مهندسی منابع آب 11 (38), 27-38, 2018
The development of the Watershed Project Outcomes Scale: beneficiaries' and administrators' perspectives in an Iranian sample
S Khodarahimi, S Nazari, M Nikpourian
Asia Pacific Journal of Social Work and Development 23 (2), 121-133, 2013
The Effect of Side Wall Angle on Downstream Scour of Trapezoidal Key Piano Weir
AM Yazdi, SA Hoseini, S Nazari, N Amanian
Water Resources 15 (53), 97-114, 2022
Investigation of the impact of baffled-chute and divergence sidewall on the downstream scour pattern
MK Chahartaghi, S Nazari, MS Babarsad
Ain Shams Engineering Journal 12 (4), 3543-3552, 2021
Experimental and Numerical Investigation of the Effect of Diverging Sidewall of Baffled Apron with Semi-circle Blocks on the Energy Dissipation and Scour Hole Dimension at the …
M Karimi Chahartaghi, S Nazari, M Solimani Babarsad
Iranian Journal of Science and Technology, Transactions of Civil Engineering …, 2021
Investigating the Effects of the Block Geometries and Sidewall Divergences on the Local Scour Downstream of Baffled Chute Spillways
CM Karimi, S Nazari, MS Babarsad
Advances in Civil Engineering (Web) 2020, 2020
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