Application of Autoencoders for LES Flow Reconstruction in a Backward-Facing Step
HENG PENG KAI DION
POD-ANN Framework for URANS Flow Reconstruction in a Backward-Facing Step
View ReportArchive
Past Final Year Projects supervised by Dr. Rif Mohamed across CFD, AI, aerospace and computational engineering.
HENG PENG KAI DION
POD-ANN Framework for URANS Flow Reconstruction in a Backward-Facing Step
View ReportTANG SAI CHEONG DAYTON
Studies helicopter downwash using CFD and the Virtual Blade Model.
View ReportKOH RUI EN
Investigates how air traffic conflicts can be generated and stress-tested using the BlueSky simulator.
NURFAUZINA BINTE MOHAMED UNIS
Automates extraction and validation of purchase order data from diverse formats to support repair decisions and generate service documentation
LAI CHUNG HING
Uses machine learning to model and predict stall delay behaviour in rotating airfoils.
KUMARA SWAMY SEETHA
Combines GANs with BlueSky to generate synthetic air traffic conflict scenarios.
MATTHEW TEH YING JIAN
Studies wake dynamics behind flat plates using CFD and physics-informed neural networks.
TIMOTHY AU YOUNG WAI TIM
Examines how rain affects the hygrothermal performance of building facades using CFD.
TAN ZHENG XIANG
Analyses flow behaviour around a wall-mounted prism using CFD simulations.
PADALA SASANK GANESH
Investigates low Reynolds number airfoils and laminar separation characteristics.
LIM SIN SIONG
Explores how trees influence particulate matter dispersion in urban environments.
GUPTA DEVANSH
Integrates machine learning with CFD to optimise vortex trapping airfoil designs.
IAN TAN ZHENG LONG
Investigates wake interference effects between tandem airfoils using hybrid CFD-ML methods.
JHUNJHUNWALA SHIVAM
Studies large-scale airflow behaviour across NTU campus using CFD.
TYROHNN HIRA
Explores indoor airflow optimisation using CFD guided by Feng Shui principles.
JAIN MUSKAN
Develops and evaluates a custom RANS turbulence model using benchmark cases.
FEROZE MOHAMED ARIF ARSHAD MAHMOOD MIAKHAN
Builds an automated system to detect plagiarism in student programming submissions.
NG KIAN LENG
Applies machine learning to predict aircraft trajectories under severe weather conditions.
SIM WEI LIANG
Uses machine learning to predict airspace conflicts under uncertain wind conditions.
JINDAL TISHA
Investigates machine learning approaches for predicting airspace conflicts.
SRIDURGA PARAMESHWARI
Combines CFD and ML to study bio-inspired flight mechanics.
KHO YU DIAN
Uses CFD and ML to identify sources of industrial odours.
FAYIZ RAHMAN
Applies machine learning to improve CFD simulations of Joukowski airfoils.
KANOJIA PARINISTHA ASHISH
Studies wake behaviour and drag mechanisms behind flat plates.
TAN THONG HUI JUSTIN
Investigates the fluid mechanics behind the tears of wine effect.
GOH AIK LOON ZANE
Studies haze transport and dispersion using CFD simulations.
VALDY LIONEL CHRISTIAN
Optimises wind catcher designs using computational fluid dynamics.
LEE YU HANG RYAN
Uses CFD coupled with a MOGA optimization algorithm to improve ceiling fan blade design for enhanced airflow distribution and indoor draft comfort.
LOOGESWARAN ENRIQUE S/O ARUMUGAM
Investigates laminar separation bubbles in low Reynolds number airfoil flows using CFD to assess their impact on aerodynamic performance in small turbine applications.