Bio-ecological swale with drainage module was the primary component of the Bio- Ecological Drainage Systems (BIOECODS) which provided flow attenuation by enabling natural filtration that had the potential to replace conventional channels in order to improve stormwater management in terms of quality and quantity. Backwater considerations were due to blockage, bends, soil porosity, module pattern and groundwater condition that tends to affect the output of hydraulic modules when completely installed on site that could cause ponding. The purpose of this study was to investigate the impact of backwater on the hydraulic performance by using simulation of FLOW-3D software in the free flow condition for control purpose and the flow parameters unde...
Sustainable water management is crucial in the reduction of water pollution and floods. New techniqu...
The FullSWOF-ZG (Full Shallow Water Overland Flow with infiltration determined by Zones and Grate-in...
Rapid development in a watershed affects both surface water and groundwater resources. Urbanization ...
Backwater is the water flow that were backing up because of obstruction or barriers. Backwater usual...
Subsurface drainage modules are important components of the Bio-ecological Drainage System (BIOECODS...
Subsurface drainage module system facilitates the infiltration process of stormwater flows of BIOEC...
Urbanization process is enormously affecting on the natural hydrology. It has resulted in addition o...
The two-dimensional overland flow simulation program, FullSWOF_2D, was revised to include submodules...
Highways and roadways are the major source of stormwater runoff due to their prevalence and large no...
Grassed swales are low-cost storm-water best management practices (BMPs) which have been used extens...
Nowadays, Malaysia has been widely practiced rapid disposal, localized, reactive and mono-functional...
Bioswales contribute to climate resilience, as they positively impact the urban water infrastructure...
Bioretention system is one of the best management practices for rainwater runoff redirecting and sto...
Recent techniques should be investigated in detail to avoid present and future problems of urbanizat...
This paper presents a case study of the design and performance of various biofiltration systems usin...
Sustainable water management is crucial in the reduction of water pollution and floods. New techniqu...
The FullSWOF-ZG (Full Shallow Water Overland Flow with infiltration determined by Zones and Grate-in...
Rapid development in a watershed affects both surface water and groundwater resources. Urbanization ...
Backwater is the water flow that were backing up because of obstruction or barriers. Backwater usual...
Subsurface drainage modules are important components of the Bio-ecological Drainage System (BIOECODS...
Subsurface drainage module system facilitates the infiltration process of stormwater flows of BIOEC...
Urbanization process is enormously affecting on the natural hydrology. It has resulted in addition o...
The two-dimensional overland flow simulation program, FullSWOF_2D, was revised to include submodules...
Highways and roadways are the major source of stormwater runoff due to their prevalence and large no...
Grassed swales are low-cost storm-water best management practices (BMPs) which have been used extens...
Nowadays, Malaysia has been widely practiced rapid disposal, localized, reactive and mono-functional...
Bioswales contribute to climate resilience, as they positively impact the urban water infrastructure...
Bioretention system is one of the best management practices for rainwater runoff redirecting and sto...
Recent techniques should be investigated in detail to avoid present and future problems of urbanizat...
This paper presents a case study of the design and performance of various biofiltration systems usin...
Sustainable water management is crucial in the reduction of water pollution and floods. New techniqu...
The FullSWOF-ZG (Full Shallow Water Overland Flow with infiltration determined by Zones and Grate-in...
Rapid development in a watershed affects both surface water and groundwater resources. Urbanization ...