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[HTML][HTML] Evaluation of gene expression programming and artificial neural networks in PyTorch for the prediction of local scour depth around a bridge pier
Local scouring around the piers of bridges has been identified as one of the main problems
contributing to bridge failure globally. As such, the accurate prediction of safe scouring …
contributing to bridge failure globally. As such, the accurate prediction of safe scouring …
Effect of bridge pier shape on depth of scour
HK Jalal, WH Hassan - IOP conference series: materials science …, 2020 - iopscience.iop.org
Scour at bridge piers is a common problem in infrastructure engineering, as local scour
around bridge piers is one of the most common causes of bridge failure. Prediction of the …
around bridge piers is one of the most common causes of bridge failure. Prediction of the …
Sewer network layout selection and hydraulic design using a mathematical optimization framework
This paper proposes an iterative mathematical optimization framework to solve the layout
and hydraulic design problems of sewer networks. The layout selection model determines …
and hydraulic design problems of sewer networks. The layout selection model determines …
Optimum layout design of sewer networks by hybrid genetic algorithm
WH Hassan, ZH Attea… - Journal of Applied Water …, 2020 - Taylor & Francis
To optimize the layout of a sewer network, first, the feasible layouts of the network are
generated and then the best layout design is identified from among the numerous possible …
generated and then the best layout design is identified from among the numerous possible …
An evaluation of flood mitigation using a storm water management model [SWMM] in a residential area in Kerbala, Iraq
The control of the urban flooding is one of the major challenges currently facing decision
makers and municipalities. Flooding rates increase positively with increases in urbanisation …
makers and municipalities. Flooding rates increase positively with increases in urbanisation …
Hydraulic-based optimization algorithm for the design of stormwater drainage networks
Stormwater drainage networks are designed to reduce the risk of rainwater damage to the
served area. The purpose of optimizing a stormwater drainage system is to reduce overall …
served area. The purpose of optimizing a stormwater drainage system is to reduce overall …
Optimum groundwater use management models by genetic algorithms in Karbala Desert, Iraq
Shortage in resources of water in semi-arid region as in Iraq have become an increasing
extent dangerous problem. This research objective to improve a new management …
extent dangerous problem. This research objective to improve a new management …
[HTML][HTML] Layout selection for an optimal sewer network design based on land topography, streets network topology, and inflows
This paper proposes a methodology for the layout selection of an urban drainage system as
an extension to the methodology for an optimal sewer network design proposed by Duque …
an extension to the methodology for an optimal sewer network design proposed by Duque …
Application of the coupled simulation–optimization method for the optimum cut-off design under a hydraulic structure
WH Hassan, HH Hussein, DH Khashan… - Water Resources …, 2022 - Springer
A Genetic Algorithm model, coupled with Finite Element Programming (GA-FEP), has been
developed to create an optimal design for hydraulic structures to address seepage …
developed to create an optimal design for hydraulic structures to address seepage …
Improving the effectiveness of multiobjective optimization design of urban drainage systems
Capacity of urban drainage systems (UDSs) can substantially influence flooding properties
of urban catchments. This motivates many studies to optimally design UDSs often using …
of urban catchments. This motivates many studies to optimally design UDSs often using …