picture
About Me
Courses Taught
Professional Bodies
Research Projects
Publications

About Me

Full Name:
AZFARIZAL BIN MUKHTAR, IR. DR.
Email:
azfarizal@uniten.edu.my
Contact Number:
03-89212020 Ext: 2238
Department:
Department of Mechanical Engineering

Academic Qualifications

  1. Doctor of Philosophy in Engineering, Universiti Tenaga Nasional , 2019
  2. Master of Engineering (Mechanical), Universiti Teknologi Malaysia, 2013
  3. Bachelor of Engineering (Mechanical), Universiti Teknologi Malaysia, 2005

Working Experiences

Position Place of Work Start End

Courses Taught

  1. MEHB2014 - Thermodynamics I
  2. MEHB213 - Thermodynamics I
  3. MEHB4063 - Renewable Energy
  4. MEHB503 - Renewable Energy

Professional Bodies

Research Projects

Publications

  1. Azfarizal bin Mukhtar, MOHD. ZAMRI BIN YUSOFF; Optimal Design Of Opening Ventilation Shaft By Kriging Metamodel Assisted Multi-Objective Genetic Algorithm; International Journal Of Modeling And Optimization; Volume :7, Issue No :2, Article ID :10.7763/IJMO.2017.V7.565, Page Start :92, Page End :97, ISSN :20103697; 01 Apr 2017; Journal; None
  2. Azfarizal bin Mukhtar, MOHD. ZAMRI BIN YUSOFF; Development And Validation Of The Cfd Model For Natural Ventilation Of Underground Shelter; Science International Journal; Volume :29, Issue No :2, Article ID :http://www.sci-int.com/pdf/636309992566340212.pdf, Page Start :521, Page End :525, ISSN :10135316; 01 Apr 2017; Journal; ISI
  3. Azfarizal bin Mukhtar, MOHD. ZAMRI BIN YUSOFF; An Empirical Estimation Of Underground Thermal Performance For Malaysian Climate; Journal Of Physics: Conference Series / 4Th International Conference On Mathematical Applications In Engineering 2017; Volume :949, Issue No :012011, Article ID :10.1088/1742-6596/949/1/012011, Page Start :1, Page End :6, ISSN :17426588; 01 Jan 2018; Conference Proceeding; SCOPUS
  4. Azfarizal bin Mukhtar, MOHD. ZAMRI BIN YUSOFF; Design Optimization For Ventilation Shafts Of Naturally-Ventilated Underground Shelters For Improvement Of Ventilation Rate & Thermal Comfort; Renewable Energy; Volume :115, Issue No :January , Article ID :10.1016/j.renene.2018.02.022, Page Start :183, Page End :198, ISSN :18790682; 01 Jan 2018; Journal; ISI
  5. Azfarizal bin Mukhtar, MOHD. ZAMRI BIN YUSOFF; Passive Thermal Performance Prediction And Multi-Objective Optimization Of Naturally-Ventilated Underground Shelter In Malaysia; Renewable Energy; Volume :123, Issue No :August, Article ID :10.1016/j.renene.2018.02.022, Page Start :342, Page End :352, ISSN :09601481; 01 Aug 2018; Journal; ISI
  6. Azfarizal bin Mukhtar, MOHD. ZAMRI BIN YUSOFF; Application Of Box-Behnken Design With Response Surface To Optimize Ventilation System In Underground Shelter; Journal Of Advanced Research In Fluid Mechanics And Thermal Sciences; Volume :52, Issue No :2, Article ID :http://www.akademiabaru.com/doc/ARFMTSV52_N2_P161_173.pdf, Page Start :161, Page End :173, ISSN :22897879; 12 Dec 2018; Journal; SCOPUS
  7. Azfarizal bin Mukhtar, MOHD. ZAMRI BIN YUSOFF; The Potential Influence Of Building Optimization And Passive Design Strategies On Natural Ventilation Systems In Underground Buildings: The State Of The Art; Tunnelling And Underground Space Technology; Volume :92, Issue No :July, Article ID :10.1016/j.tust.2019.103065, Page Start :1, Page End :18, ISSN :00207403; 01 Jul 2019; Journal; ISI
  8. Azfarizal bin Mukhtar, MOHD. ZAMRI BIN YUSOFF; Performance Assessment Of Passive Heating And Cooling Techniques For Underground Shelter In Equatorial Climate; Journal Of Advanced Research In Fluid Mechanics And Thermal Sciences; Volume :61, Issue No :1, Article ID :http://www.akademiabaru.com/doc/ARFMTSV61_N1_P20_32.pdf, Page Start :20, Page End :32, ISSN :22897879; 01 Sep 2019; Journal; SCOPUS
  9. Azfarizal bin Mukhtar; Numerical Simulation Of Micro Gravitational Hydro-Turbine For Alternative Renewable Energy Resources In Rural Area; Inti Journal; Volume :2020, Issue No :16, Article ID :http://eprints.intimal.edu.my/id/eprint/1424, Page Start :1, Page End :7, ISSN :2600-7320; 03 Aug 2020; Journal; None
  10. MOHD. ZAMRI BIN YUSOFF, Azfarizal bin Mukhtar, Prem A/L Gunnasegaran, NASRI A. HAMID; Numerical Study Of Heat Transfer Enhancement For Mono AndHybrid Nanofluids Flow In A Straight Pipe; Cfd Letters; Volume :13, Issue No :2, Article ID :-, Page Start :49, Page End :61, ISSN :2180-1363; 01 Feb 2021; Journal; SCOPUS
  11. MOHD. ZAMRI BIN YUSOFF, Azfarizal bin Mukhtar, Prem A/L Gunnasegaran, NASRI A. HAMID; Numerical Study Of Heat Transfer Enhancement For Mono And Hybrid Nanofluids Flow In A Straight Pipe; Cfd Letters ; Volume :13, Issue No :2, Article ID :10.37934/cfdl.13.2.4961, Page Start :49, Page End :61, ISSN :21801363 ; 05 Mar 2021; Journal; SCOPUS