Keywords = scour
Number of Articles: 15

Effect of Endsill Shape on Scouring Depth and Index Downstream of USBR Type VI Stilling Basin

Volume 24, Issue 2, May and June 2024, Pages 19-29

A-10-71142-1

Shokoufeh Kheirehdast; Masoud Ghodsian

Experimental investigation of the effective parameters in design of non-phase hydraulic jet in reduction of 90 degrees bend scour

Volume 20, Issue 4, November and December 2020, Pages 179-190

pari maleki; Javad Ahadiyan; seied mahmood kashefipour; manoochehr fathi moghadam

The Effect of Flow Conditions on Bed Topography in a 180 Degree Bend Containing 6- Inclined-Vertical Pier Groups in a Vane Perpendicular to the Flow

Volume 19, Issue 4, November and December 2019, Pages 1-16

Leila Eghbalnik; Mohammad Vaghefi; Mohammad Reza Golbaharhaghighi

Experimental comparison of different methods with regard to sediment control and scour at the 90 degree water intakes

Volume 19, Issue 4, November and December 2019, Pages 121-133

ALI ATTARZADEH; masoud ghodsian; Seyed Ali Ayyoubzadeh; seyed ali akbar salehi neyshaburi

experimental investigation of normral hydrograph characteristics effect on scour around spur dike

Volume 18, Issue 4, November and December 2018, Pages 25-36

Ali Babakhani; Anton Schleiss

Numerical simulation of scour and flow field around side by side piers using SSIIM

Volume 16, Issue 2, May and June 2016, Pages 125-134

Seyed mostafa Siadatmousavi; amirreza hamidi

Simulation of flow and sediment in bend and lateral intake of bend

Volume 15, Issue 5, September and October 2015, Pages 77-88

Seyed Ali Akbar Salehi Neyshabouri; Amir Reza Zarrati

Investigation of Local Scour Process around Marine Pipelines with Respect to Submereged Impermeable Base Plate beneath the Pipe

Volume 13, Issue 4, November and December 2013, Pages 125-136

S.M.R. Miralizadeh Orang; M.A. Lotfollahi Yaghin; A. Hosseinzadeh Dalir; H. Hakimzadeh

A New Instrument for Measuring the Bed Profile

Volume 11, Issue 1, March and April 2011

M Vaghefi; M Vaghefi; M Ghodsian; M Behnam Taghadosi3