NUMERICAL MODEL STUDY ON THE PHYSICAL MODEL OF RINGLET RESERVOIR, CAMERON HIGHLANDS
The physical model of Ringlet Reservoir is an alternative study for investigating efficient sediment removal proposed at Hydraulic and Instrumentation Laboratory in National Water Research Institute of Malaysia (NAHRIM). Universiti Teknologi Malaysia (UTM) has been engaged by NAHRIM to develop a physical and numerical model to study the hydrodynamic and sediment transport pattern which comprises the following objectives: • To suggest and conduct new experimental work required for model verification purposes. • To analyse new physical model simulation results and sediment transport patterns. • To simulate numerically the physical model experiment. • To compare and evaluate computational models (HEC-RAS 2D) capability to simulate the flow. • To simulate different sediment material (wood dust, sand and bakelite) for the sediment plume distribution pattern.
Authors
Abstract
The physical model of Ringlet Reservoir is an alternative study for investigating efficient sediment removal proposed at Hydraulic and Instrumentation Laboratory in National Water Research Institute of Malaysia (NAHRIM). Universiti Teknologi Malaysia (UTM) has been engaged by NAHRIM to develop a physical and numerical model to study the hydrodynamic and sediment transport pattern which comprises the following objectives: • To suggest and conduct new experimental work required for model verification purposes. • To analyse new physical model simulation results and sediment transport patterns. • To simulate numerically the physical model experiment. • To compare and evaluate computational models (HEC-RAS 2D) capability to simulate the flow. • To simulate different sediment material (wood dust, sand and bakelite) for the sediment plume distribution pattern.
Citation
MOHD SYAZWAN FAISAL BIN MOHD, IR. DR. SAFARI BIN HJ. MAT DESA, MOHD KAMARUL HUDA SAMION. 2020. NUMERICAL MODEL STUDY ON THE PHYSICAL MODEL OF RINGLET RESERVOIR, CAMERON HIGHLANDS. Digital NAHRIM Publication Repository.