Undergraduate Final Year Projects

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2022/2023

  1. Comparative study of turbulence models for predicting flow over a circular cylinder from subcritical to supercritical regimes – Roohan
  2. Numerical evaluation of honeycomb device as flow straightener for water tunnel – Navindren
  3. Numerical analysis of high-volume low speed fan for large space condition – Syaidathul
  4. Heat transfer analysis inside CPU casing using CFD – Atikqah

2021/2022

  1. Wind driven ventilation across a terrace house – Sufian
  2. Analysis of flow and temperature distribution in journal bearing lubricated with vegetable oil – Afiq Najmi
  3. CFD analysis of louver angle on a turbulent air flow through air vent duct – Nasrullah
  4. Honeycomb flow straightener to improve flow uniformity inside water tunnel test section – Irfan
  5. Passive Flow Control for Aerodynamic Performance Of NACA 23015 Airfoil – Hakimi

2020/2021

  1. Effects of slant angles on aerodynamics of a generic car body using CFD – Adib
  2. CFD study of indoor air flow by air distribution system equipped with porous ducts – Hafidz
  3. Assessment of fluid flow in a closed loop water tunnel by using CFD – Amiruddin
  4. Numerical analysis of plain and hydrodynamic journal bearing lubricated with palm oil – Azry
  5. Numerical study of air flow characteristics issuing from a rectangular vent of various aspect ratio – Sanim

2018/2019

  1. Boron thermal paste for enhancing cooling performance of central processing unit – Shahril
  2. Enhanced cooling performance of central processing unit using alumina thermal paste – Izzat
  3. Numerical investigation of airflow similarity around a surface mounted cuboid at model scale and full scale – Syafiq
  4. Analysis of external reticulation water supply system design in ladang yong peng division B at yong peng Johor – Azrul

2017/2018

  1. Alumina thermal paste for enhancing cooling performance of central processing unit – Mohd Soufian
  2. Enhanced cooling performance of central processing unit using carbon nanotube thermal paste – Khairulazri
  3. Computational fluid dynamics (CFD) study of air flow of different arrangements of buildings in an urban area – Asyaf Sharif
  4. Computational fluid dynamics (CFD) analysis of wind flow patterns in a simplified residential urban layout with different roof-top shape – Muhammad Fazlan
  5. The experimental study of the radiator’s performance using nanofluids (hexagonal boron nitride – water) – Luqman Hakim
  6. Experimental study on the use of nanofluid for heat transfer enhancement in microchannel heat sink – Mohd Redzuan
  7. The effect of counter flow velocity on radiator performance – Irwan Syah