Tapping on NSCC’s supercomputing resources to preserve ecosystems and strengthen natural resilience
Due to extensive land reclamation, much of Singapore’s original coastal habitats have been destroyed as a result of the construction of coastal defence structures such as seawalls. These coastal infrastructures are generally constructed with the function of protecting coastal areas against tidal flooding, severe waves and storm surges. However, they are usually not designed as surrogates for natural habitats therefore resulting in a loss of ecosystems and natural resilience.
To ecologically engineer the seawalls in order to preserve and enhance the natural biodiversity, Zhao Kuifeng, a research fellow in the Department of Civil and Environmental Engineering at NUS, and his colleagues are leveraging NSCC’s high performance computing resources to explore the possibility of designing seawalls ecologically to improve its value as a potential habitat.
The turbulence and hydrodynamic forces near the seawall plays an important role in controlling the intertidal communities. However the study of wave hydrodynamics on seawalls has been focused on smooth seawalls in literature by numerous scholars and little study has been done on a rough seawall because of its complexity. Therefore, they need to be investigated to ensure that the design of seawalls is suitable.
The team is investigating the fluid mechanics aspect of the ecologically designed seawalls by adopting both experimental and computational fluid dynamics (CFD) simulations to look at the effects of waves on the seawall. Various types of seawall designs and roughness configurations were examined to study how they affect wave run up, reflection and absorption.
“The complex geometry and 3D simulations requires huge amounts of computer resources for computation therefore we are grateful that with the supercomputing resources provided by NSCC, we can speed up the calculation and achieve satisfying results,” said Kuifeng.
To find out more about the NSCC’s HPC resources and how you can tap on them, please contact [email protected].
NSCC NewsBytes August 2020
Other Case Studies
A quieter way to fly – Reducing jet engine noise through HPC research
Researchers from NUS are harnessing the power of supercomputing to understand the mechanism of noise generated by jet engines to reduce the impact of noise emission on the...
Automating the detection of defects in recycled solar cells
Researchers at NTU are using HPC to automate and more accurately detect visual defects in solar panels in a bid to reduce the workload required for manual inspections. Amid the...
Microclimate modelling research to curb rising temperatures in Singapore
A research team from NUS is tapping on NSCC’s supercomputing resources to develop an urban microclimate model for the local Singapore environment at the NUS Kent Ridge campus...