The streamflows are important and effective factors in stream ecosystems and its accurate
prediction is an essential and important issue in water resources and environmental …

In natural rivers, flow conditions are mainly dependent on flow resistance and type of
roughness. The interactions among flow and bedforms are complex in nature as bedform …

A large database consisting of 832 axial compression tests results of fiber reinforced
polymer (FRP)-confined concrete specimens was assembled. Using the test database …

Abstract Knowledge of infiltration process is very helpful in designing and planning of
irrigation networks. In this study, the Artificial Neural Network (ANN) technique was used to …

The hydraulic jump phenomenon plays a significant role in dissipating the energy of the
upstream current in either natural or artificial waterways. River's bed roughness is defined as …

The aim of the present study is to apply Support Vector Regression (SVR) method to predict
bed load transport rates for three gravel-bed rivers. Different combinations of hydraulic …

A supplemental pozzolanic material such as fly ash may result in a reduction in the
concrete's adverse environmental effect by reducing the discharge of carbon dioxide …

Flow resistance in natural gravel-bed rivers must be precisely predicted in order for water-
related infrastructure to be designed effectively. Cluster microforms are significant factors in …

This study is aimed on successful modeling of Ajichay River Suspended Sediment Load
(SSL) which is significant object in watershed planning and management. Therefore, a two …

Abstract Application of Colebrook-White (CW) relation for calculating Darcy-Weisbach (DW)
friction factor has been widely accepted in literature. However, its implicit formation made it …