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School of Aerospace Engineering

Dr. Chang Wei Shyang
Senior Lecturer / Researcher

Dr. Chang Wei Shyang

School of Aerospace Engineering, Universiti Sains Malaysia

Office: Room SA 2.36 | Phone: - | Email: This email address is being protected from spambots. You need JavaScript enabled to view it.

Research Background

Dr. Chang Wei Shyang is an accomplished senior lecturer and lead researcher at the School of Aerospace Engineering, Universiti Sains Malaysia. He completed both his undergraduate Bachelor of Aerospace Engineering (Honours) degree and his specialized Doctoral PhD path inside Universiti Sains Malaysia. His underlying operational research background is strictly rooted in Numerical modelling frameworks, focusing significantly on structural Energy-stable Residual Distribution Methods developed primarily to evaluate and solve complex Shallow Water Equations with variations across bottom topographic boundaries.

Current Research Projects

  • Source term discretisation on Energy-stable Residual Distribution Method
  • Hydrofoil design parameter optimization and analysis
  • Aerodynamic performance validation checks for vertical-axis active flow structures

Recent Publications

1.
Mat Yazik, Muhamad Hasfanizam; Wei Shyang Chang; Ishak, Mohammad Hafifi Hafiz; Ismail, Farzad (2024). An overview of blade materials and technologies for hydrokinetic turbine application. International Journal of Green Energy, 21(3), 476–499. IF: 3.1 — Q2
2.
Mat Yazik, Muhamad Hasfanizam; Ishak, Mohammad Hafifi Hafiz; Chang, Wei Shyang; Ismail, Farzad; Zawawi, Mohd Hafiz; Ahmed, Ali Najah; Mohd Sidek, Lariyah; Basri, Hidayah (2024). Optimizing structural performance of Savonius turbine blades through comparative analysis of mechanical properties. Physics of Fluids, 36(8). IF: 4.1 — Q1
3.
Fatahian, Esmaeel; Ismail, Farzad; Ishak, Mohammad Hafifi Hafiz; Chang, Wei Shyang (2025). Flow Dynamics and Performance Enhancement of Drag-Type Savonius Wind Turbine with a Novel Elliptic-Shaped Deflector. Flow, Turbulence and Combustion, 114(2), 643–675. IF: 2.0 — Q2
4.
Fatahian, Esmaeel; Ismail, Farzad; Ishak, Mohammad Hafifi Hafiz; Chang, Wei Shyang (2024). Novel passive flow control method using leading-edge prism-shaped cylinder: Performance enhancement of vertical-axis wind turbines. Physics of Fluids, 36(11). ISI-indexed | IF: 4.1 — Q1
5.
MH, Mat Yazik; Ishak, Mohammad Hafifi Hafiz; Chang, Wei Shyang; Ismail, Farzad; Zawawi, Mohd Hafiz; Ahmed, Ali Najah; Basri, Hidayah (2024). Optimizing structural performance of Savonius turbine blades through comparative analysis of mechanical properties. Physics of Fluids. IF: 4.94 — Q1
6.
Wei Shyang Chang, Muna Mohammed Bazuhair, Farzad Ismail, Hossain Chizari, Mohammad Hafifi Hafiz Ishak (2023). Well-balanced energy-stable residual distribution methods for the shallow water equations with varying bottom topography. Computers & Mathematics with Applications, 148, 188-199. IF: 2.9 — Q1
7.
Esmaeel Fatahian, Farzad Ismail, Mohammad Hafifi Hafiz Ishak, Wei Shyang Chang (2023). Aerodynamic performance improvement of Savonius wind turbine through a passive flow control method using grooved surfaces on a deflector. Ocean Engineering, 284, 115282. IF: 5.0 — Q1
8.
MH Mat Yazik, WS Chang, MHH Ishak, E Fatahian, F Ismail (2023). Effect of surface roughness and blade material on the performance of a stationary Savonius wind turbine under different operating conditions. Physics of Fluids, 35, 035133. IF: 4.94 — Q1
9.
Esmaeel Fatahian, Farzad Bin Ismail, Mohammad Hafifi Hafiz Bin Ishaik, Chang Wei Shyang (2022). An innovative deflector system for drag-type Savonius turbine using a rotating cylinder for performance improvement. Energy Conversion and Management, 257. IF: 9.709 — Q1

Education Background

PhD in Aerospace Engineering
Universiti Sains Malaysia
B. Eng (Aerospace Engineering) (Hons)
Universiti Sains Malaysia

Research Interests

Numerical Modelling Applied Computational Fluid Dynamics Micro-hydrokinetic Turbines Residual Distribution Methods

Profiles & Direct Identifiers

Google Scholar Wei Shyang Chang
ORCID ID -
Scopus ID -