Natural channel's roughness determination constitutes one the most challenging procedure
towards the development of hydraulic models for flood prediction and flood hazard mapping …

Channel roughness is a sensitive parameter in development of hydraulic model for flood
forecasting and flood inundation mapping. The requirement of multiple channel roughness …

River cross-sections are the prime input to any river hydraulic model for simulation of water
level and discharge. Field measurements of river cross-sections are labour intensive and …

A numerical method based on optimal control theories for identifying Manning's roughness
coefficients (Manning'sn) in modeling of shallow water flows is presented. The coefficients …

Glacier recession and formation of glacial lakes along with outburst flood hazards are
increasing in response to changing climate in the Himalayan region. This study describes …

Channel roughness is the most sensitive parameter in development of hydraulic model for
flood forecasting and flood plane mapping. Hence, in the present study it is attempted to …

The collapse of bridges inevitably leads to economical losses and may also be responsible
for human fatalities. A bridge may fail due to several reasons, with local scouring around its …

Geometric characteristics and Manning's roughness coefficient (n) are needed in steady and
unsteady flow analysis in open channels and rivers. Various methods are used to estimate n …

In understanding the hydraulic characteristics of river system flow, the hydraulic simulation
models are essential tools. This study submits the results of the proposition of a hydraulic …

In this paper, a numerical method based on optimal control theories and adjoint analysis for
identifying Manning's roughness coefficients in the full nonlinear de Saint Venant equations …