Mohammad Farid

Numerical simulation of conventional and staggered dry ponds for stormwater management

Conventional dry ponds are typically constructed as single ponds featuring a fixed-size orifice outlet at the end. This design inherently maintains a high water stage which severely limits the pond’s dynamic storage capacity and resilience to increasing runoff from climate change. This paper presents a case study inves...

Three-dimensional hydrodynamic model adequacy in simulating tidal and density-driven flows of Alas Strait, a minor Indonesian throughflow outlet: revealing the model dependency on validation strategies

SWMM5 Modelling of Staggered Flume with Internal Orifice-Weir Plate

A new approach uses soft computing to model an orifice-weir system inside open-source drainage software. As climate change alters urban runoff patterns, innovative nature-based engineering solutions like staggered detention ponds are increasingly necessary. Still, intricate hydraulics typically demand high-end simulati...

Modelling of Stormwater Detention Pond Outlet for Dry and Wet Seasons

Existing large stormwater detention pond outlets are designed to cater for high flow, for example, due to 100-year ARI design storms. As such, the outlets are usually large, which are unable to detain smaller storms. To improve the outlet design to have dual function to sustain both small and extreme storms, a new outl...