Ali Shariq- PostDoc
- PostDoc Position at Indian Institute of Technology Kharagpur
Ali Shariq
- PostDoc
- PostDoc Position at Indian Institute of Technology Kharagpur
Postdoctoral Fellow at Indian Institute of Technology Kharagpur
About
13
Publications
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Introduction
Ali Shariq currently works at the Department of Civil Engineering, Indian Institute of Technology Kharagpur. Ali does research in Water Resource Engineering. Their most recent publication is 'Flow over gabion weir under free and submerged flow conditions'.
Current institution
Publications
Publications (13)
Rectangular broad-crested gabions are economical- and environmental-friendly structures that are constructed to manage the transport of sediment in steep slope rivers. This study aims to study the pattern and extent of scour downstream of a gabion weir and impermeable weir to solve the existing problem of excessive scour by impermeable structures....
A gabion weir is considered more environmentally friendly than a solid weir, as its porosity allows aquatic life and physical matter to move through it. In the present study, a series of laboratory experiments were conducted on flow over gabion weir and solid weir under free flow and submerged flow conditions. The collected data have been used to d...
This article presents results of experimental and numerical studies conducted on side sharp-crested compound weir in open channels. Owing to the complex mechanism of flow through a compound side weir, it is difficult to establish a regression model to accurately predict coefficient of discharge. In this study, an alternative approach to the convent...
A side rectangular weir is used as a flow diversion structure, having spatially varied flow with decreasing discharge. They have various applications in the field of river, hydraulic, environmental and irrigation engineering. In this study, group method of data handling (GMDH) with two types of transfer function, namely quadratic polynomial one var...
Flow through the rectangular side weir is a spatially varied type flow with decreasing discharge and
used as a flow diversion structure. They are mainly used in the field of hydraulic, irrigation, and environmental
engineering for diverting and controlling the flow of water in irrigation–drainage systems, drainage canal systems,
and wastewater c...
Gabion weirs are the simplest form of rectangular broad crested porous weirs very lownegative impact on the environment.The objective ofthis paperwas to investigate therelativeenergy dissipation for flow over therectangular broad crested gabion weir.Aseries of laboratory experiments were conducted for the rectangular broad crested gabion weir havin...
Side weirs are the most common diversion structures used for flow control, irrigation, drainage networks, and waste-water channels. In this study an alternative approach to the conventional regression approach in the form of artificial neural network is proposed to predict the coefficient of discharge (Cd). The performance of artificial neural netw...
A side compound sharp crested weir is a flow diversion structure provided in one or both side walls of a channel to spill/divert water from the main channel Experimental programme for this study were conducted in Advance Hydraulic Laboratory of Department of Civil Engineering, Aligarh Muslim University, India. Dimensional analysis is carried out to...
