Kok Cheong Wong

Contact

• workRoom BB39 Block B
  Malaysia Campus
  Jalan Broga
  43500 Semenyih
  Selangor Darul Ehsan
  Malaysia
• work+6 (03) 8924 8117
• fax+6 (03) 8924 8017
• Kok-Cheong.Wong@nottingham.edu.my

Biography

Ir. Ts. Dr. Wong Kok Cheong received his B.Eng (Hons) from University Malaya in the Mechanical Engineering, M.Eng degree from Kyushu Institute of Technology Japan and PhD degree from The University of Nottingham Malaysia Campus.

He has several years of working experience in multinational company. He is currently an Associate Professor at the University of Nottingham Malaysia Campus, delivering undergraduate courses in Introduction to Aersopace Technology, Aerodynamics, Finite Element Analysis, Design and Manufacturing.

His research interests are related to fluid flow and heat transfer particularly in the area of jet impingement and microfluidic cooling, convection in porous media, and fluid structure interaction.

Expertise Summary

Convection in Porous Media, Jet Impingement cooling, Microflow, Multiphase flow, Heat transfer, Computational Fluid Dynamics

Teaching Summary

Modules taught: Finite Element Analysis, Aerodynamics, Introduction to Aerospace Technology, Design and Manufacture 1, Design and Manufacture 2

Selected Publications

• K.C. WONG, N.H. SAEID, 2009. Numerical study of mixed convection on jet impingement cooling in a horizontal porous layer under local thermal non-equilibrium conditions Int. J. Thermal Science. 48, 860-870
• K.C. WONG AND N.H. SAEID, 2009. Jet impingement cooling of a finite thickness solid layer conjugated with po-rous medium Numerical Heat Transfer Part A. 55, 706-720
• K.C. WONG, N.H. SAEID, 2009. Numerical study of mixed convection on jet impingement cooling in an open cavity filled with porous medium, Int. Comm Heat Mass Transfer. 36, 155-160
• K.C. WONG AND N.H. SAEID, 2009. Unsteady mixed convection of a confined jet in a fluid-superposed high poros-ity medium Numerical Heat Transfer Part A. 56, 827-845

• View all publications

• HAO HUANG, HONGCHENG WANG, GUIHUA CHEN, MANNA CHEN, CHIN SEONG LIM and KOK-CHEONG WONG, 2023. Stable quantum droplets with higher-order vortex in radial lattices Chaos, Solitons & Fractals. 168, 113137
• N.Y. CHEUNG and KOK CHEONG, 2023. Jet Impingement Cooling of a Microchannel Heat Sink with Microgroove CFD Letters.
• LAW, WEE KING, WU, ZI YANG, WONG, KOK CHEONG, WANG, HAO LIANG, SUN, ZHEN ZHONG and LIM, CHIN SEONG, 2022. Investigation of the Influence of Selective Laser Melting Process Parameters on the Microstructure and Mechanical Properties of 18Ni-300 Maraging Steel Key Engineering Materials. 913, 259-264
• HAO HUANG, HONGCHENG WANG, MANNA CHEN, CHIN SEONG LIM and KOK-CHEONG WONG, 2022. Binary-vortex quantum droplets Chaos, Solitons & Fractals. 158, 112079
• TIYAMIKE BANDA, KOK-CHEONG WONG, ALI AKHAVAN FARID and CHIN SEONG LIM, 2021. Comparative Study of Temperature Prediction in the Machining Process of Ti-6Al-4V, Inconel 718 and AISI4340 Using Numerical Analysis In: Recent Trends in Manufacturing and Materials Towards Industry 4.0. 579-588
• KOK-CHEONG WONG, ZHI JIE TEE, BOON HOE GOH, CHIN SEONG LIM, ENG HWA YAP and ANDREW HUEY PING TAN, 2021. Thermal Performance of a Double Layer Microchannel Heat Sink with Staggered Triangular Ribs in the Transverse Microchambers In: Recent Trends in Manufacturing and Materials Towards Industry 4.0. 59-68
• THEVADASS, H., GOH, B.H., WONG, K.C., TEO, F.Y., CHIN, C.M.M., YUEN, C.W. and YAP, E.H., 2021. A Review on BRT Scoring System for Malaysia Practice Civil Engineering and Architecture. 9(2), 410 - 419
• J.J. CHEOK, A. H. P. TAN, E.H. YAP, K.-C. WONG and B.H. GOH, 2021. Least Cost Option for Optimum Energy Penetration in Malaysia Recent Trends in Manufacturing and Materials Towards Industry 4.0: lecture Notes in Mechanical Engineering. 131-142
• W. K. LAW, K.-C. WONG, H. WANG, Z. SUN and C. S. LIM, 2021. Microstructure Evolution in Additively Manufactured Steel Molds: A Review J. of Materi Eng and Perform.
• ZUO, J.-W., WONG, K.-C. and NG, H.K., 2019. Heat transfer network and correlation for a double-layered microchannel heat sink Journal of Advanced Research in Fluid Mechanics and Thermal Sciences. 56(1), 88-99
• ZUO, J.-W., WONG, K.-C. and NG, H.K., 2019. The thermal performance of three-layered microchannel heat sink with tapered channel profile Journal of Advanced Research in Fluid Mechanics and Thermal Sciences. 56(1), 147-156
• ZUO, J.-W., WONG, K.-C. and NG, H.K., 2019. Numerical investigation of tapered DL-MCHS with alternating flow configuration CFD Letters. 11(12), 1-12
• WONG, K.-C., CHAN, Y. L and GOH, B. H., 2019. Investigation of Thermal Hydraulic Performance of Microchannel Heat Sink with Hourglass Profile In: Engineering Science and Technology Conference Proceedings (The 4th International Symposium on Fluid Mechanics and Thermal Sciences) Dec 14, 2019, Putrajaya, Malaysia. 969-979
• KOK-CHEONG WONG and MAO-LIN ANG, 2017. Thermal hydraulic performance of a double-layer microchannel heat sink with channel contraction International Communications in Heat and Mass Transfer. 81, 269–275
• K.-C.WONG, J.W.ZUO and H.K. NG, 2017. The thermal performance of Double Layer Microchannel Heat Sink with tapered channel profile In: ICENS-Summer August 23-25, 2017, Sapporo, Japan.
• KOK-CHEONG WONG and JEN-HAW CHONG, 2015. Hydrodynamics and heat transfer prior to onset of nucleate boiling in a rectangular microchannel heat sink International Communications in Heat and Mass Transfer. 64, 34-41
• KOK-CHEONG WONG and JIAN-HONG LEE, 2015. Investigation of thermal performance of microchannel heat sink with triangular ribs in the transverse microchambers International Communications in Heat and Mass Transfer. 65, 103-110
• H.C. QUA, C.S. TAN, K.-C. WONG, J.H. HO, X. WANG, E.H. YAP, J.B. OOI and Y.S. WONG, 2015. Applied Engineering Failure Analysis: Theory and Practice 1. CRC Press.
• K.Y. TSHAI, K.C. WONG, W.J. TAN and A.B. CHAI, 2014. The Effects of Laminate Orientation in Resin Infused Kenaf Fibre Reinforced Epoxy Composite. Applied Mechanics and Materials: Advanced Development in Industry and Applied Mechanics. 627, 24-28
• KOK-CHEONG WONG and SANJIV INDRAN, 2013. Impingement heat transfer of a plate fin heat sink with fillet profile International Journal of Heat and Mass Transfer. 65, 1-9
• JONG BOON OOI, XIN WANG, YING PIO LIM, CHINGSEONG TAN, JEE-HOU HO and KOK-CHEONG WONG, 2013. Parametric Optimization of The Output Shaft of The Portal Axle using Finite Element Analysis STROJNISKI VESTNIK-JOURNAL OF MECHANICAL ENGINEERING. 59(10), 613-619
• KOK-CHEONG WONG and FASHLI NAZHIRIN AHMAD MUEZZIN, 2013. Heat transfer of a parallel flow two-layered microchannel heat sink International Communications in Heat and Mass Transfer. (In Press.)
• MOHAMMAD M. MANSOOR, KOK-CHEONG WONG and MANSSOR SIDDIQUE, 2012. Numerical investigation of fluid flow and heat transfer under high heat flux using rectangular micro-channels International Communication Heat and Mass Transfer. 39(2), 291-297
• KOK-CHEONG WONG, 2012. Thermal analysis of a metal foam subject to jet impingement International Communications in Heat and Mass Transfer. 39(7), 960-965
• HOCK-CHYE QUA, KOK-CHEONG WONG, JEE-HOU HO, ENG-HWA YAP and CHING-SEONG TAN, 2012. Corrosion of boiler tubes in a palm oil mill Journal of Oil Palm Research.
• JONG BOON OOI, XIN WANG, YIN PIO LIM, CHINGSEONG TAN, JEE-HOU HO and KOK-CHEONG WONG, 2012. Torsional Strength Analysis of Output Shaft in Portal Axle using Finite Element Analysis: The Second International Conference on Engineering and Technology Innovation, Kaohsiung, Taiwan.
• KOK-CHEONG WONG, 2012. Numerical Investigation of a Crossflow Jet in a Rectangular Microchannel In:
• K.C. WONG, N.H. SAEID, 2009. Numerical study of mixed convection on jet impingement cooling in a horizontal porous layer under local thermal non-equilibrium conditions Int. J. Thermal Science. 48, 860-870
• K.C. WONG AND N.H. SAEID, 2009. Jet impingement cooling of a finite thickness solid layer conjugated with po-rous medium Numerical Heat Transfer Part A. 55, 706-720
• K.C. WONG, N.H. SAEID, 2009. Numerical study of mixed convection on jet impingement cooling in an open cavity filled with porous medium, Int. Comm Heat Mass Transfer. 36, 155-160
• K.C. WONG AND N.H. SAEID, 2009. Jet Impingement Cooling of a Finite Thickness wall in a Horizontal Porous Layer In: 6th Int. Conf. on Computational Heat & Mass Transfer, paper No. 265, Guangzhou, China, May 18-21, 2009. 477-482
• K.C. WONG AND N.H. SAEID, 2009. Unsteady mixed convection of a confined jet in a fluid-superposed high poros-ity medium Numerical Heat Transfer Part A. 56, 827-845
• K.C. WONG, N.H. SAEID, C.S. TAN, 2009. Visualization of mixed convective rolls of a slot jet in a fluid-superposed metallic porous foam heated from below Numerical Heat Transfer Part A. 56, 20-41
• K.C. WONG, N.H. SAEID, 2009. Numerical study of non-Darcian effects on jet impingement cooling in a horizontal porous layer in the mixed convection regime, Int. Comm Heat Mass Transfer. 36, 45-50
• WONG, KC and SAEID, NH, 2009. Numerical Study Of Mixed Convection On Jet Impingement Cooling In A Horizontal Porous Layer-Using Brinkman-Extended Darcy Model International Journal Of Thermal Sciences. 48(1), 96-104
• LAW, WEE KING, WU, ZIYANG, SONG, CHENGHAO, WANG, HAOLIANG, WONG, KOK-CHEONG, LIM, CHIN SEONG and SUN, ZHENZHONG, Optimization of Selective Laser Melting Process Parameters Via Taguchi's Methods and Gray Relational Analysis for 3D Printing of 18Ni-300 Maraging Steel steel research international. n/a(n/a), 2200203