Mohamed Khamis Mansour

Mohamed Khamis Mansour
Faculty: EngineeringDepartment: Mechanical EngineeringPosition: Associate ProfessorOffice Number: F112Phone: 07 98 58 58Ext: 3427E-mail: m.mansour@bau.edu.lb

Biography

Was born in Alexandria, Egypt on July 4th 1975 . He received his B.S., M.S from Alexandria University and PhD degree in Mechanical Engineering from University Technology of Malaysia. Since 2010 to 2014 he has been an Assistant professor with Department of Mechanical Engineering in Beirut Arab University BAU, and from 2014 up to now, he has been promoted as associate professor at the same department, teaching thermodynamics I & II, heat transfer, thermal power station, air-conditioning and refrigeration, and thermal equipment design power electronics. His research interests cover micro-scale and mini-scale heat transfer, conjugate heat transfer, melting and solidification problem, and water desalination systems.

Teaching

Research

Micro-scale and mini-scale heat transfer, conjugate heat transfer, melting and solidification problem, and water desalination systems.

Publications

Journal Publications

  • M. khamis Mansur, Hassab M.A, Samy Elsharbiny, Hassan Fatah. Thermal design f an air-cled cndenser fr air-cled reciprcating chillers. Internatinal Jurnal f Alexandria university, (2003)
  • M. Khamis Mansur, Md Nr Musa and Mat Nawi Wan Hassan. “Thermecnmic ptimizatin fr a finned-tube evapratr cnfiguratin f a rf-tp bus air-cnditining system”. Internatinal Jurnal f Energy research (2006), Jhn Wiley Sns.
  • M. Khamis Mansur, Md Nr Musa and Mat Nawi Wan Hassan. "Theretical and Experimental Simulatin f Rf-Tp Bus Multiple-Circuit Air-Cnditining System Perfrmance ”. Jurnal f Mechanical Engineering science (2007), Prfessinal Engineering Publishing
  • M. Khamis Mansur, Md Nr Musa and Mat Nawi Wan Hassan. "Thermal and Ecnmical ptimizatin fr A finned-tube, Air-cled Cndenser Design f A n air-cnditining system”. Prceedings f the Institutin f Mechanical Engineers, Part C: Jurnal f Mechanical Engineering Science. (2007) ;vl 221(12).
  • M. Khamis Mansur, Md Nr Musa and Mat Nawi Wan Hassan. “Develpment f nvel cntrl strategy fr multiple circuits, rf tp bus air cnditining system in ht humid cuntries”. Internatinal Jurnal f Energy management & cnversin (2008), science direct, ELSEVIER
  • K. M. Saqr, M. Khamis Mansur, and Md Nr Musa. “Thermal Design f Autmtive Exhaust Based Thermelectric Generatrs: bjectives and Challenges”. Internatinal Jurnal f autmtive technlgy, (2008), KSAE
  • M. Khamis Mansur, Hassan E.S Fath. “ Numerical simulatin f flashing prcess in MSF flash chamber. Desalinatin and water treatment. iFirst(2012) 1–13, Taylr and Francis
  • M. A. Hassab, M. Khamis Mansur, and M. Shawky Ismail” Effect f axial wall cnductin n heat transfer parameters fr parallel-plate channel having radiatin participating medium and step change in bundary cnditins”. Fundamental Jurnal f Thermal Science and Engineering, (2012), Vlume 2, Number 2, pp. 63-87.
  • M. Khamis Mansur, Hassan E.S Fath. “Cmparative study fr different demister lcatins in Multi Stage Flash (MSF) Flash Chamber (FC)". Desalinatin and water treatment. (2013) 1–15, Taylr and Francis
  • M. A. Hassab, M. Khamis Mansur, and M. Shawky Ismail” The effect f axial wall cnductin n heat transfer parameters fr parallel-plate channel having step change in bundary cnditins”. Numerical Heat Transfer Part A: applicatins, (2013), Vlume 63, Number 6, 15 March 2013 , pp. 430-451(22).
  • M. Khamis Mansur. “Numerical study f three-dimensinal cnjugate heat transfer in liquid mini-scaled heat sink” Heat Transfer Research, Vlume 44, (2013) Issue 6, Begell Huse, USA,
  • M. Khamis Mansur. “Effect f natural cnvectin n cnjugate heat transfer characteristics in liquid minichannel during PCM melting. Prceedings f IMECH Engineers, part C: Jurnal f Mechanical Engineering Science, July (2013), 227 (7),
  • M. Khamis Mansur. “Thermal analysis f nvel minichannel-based slar flat-plate cllectr”. Energy, Elsevier ,Vlume (60) (2013) 333 – 343.
  • M. Khamis Mansur. “Numerical analysis f cnjugate heat transfer fr circular minichannel” JP Heat and Mass Transfer, (2013), Pushpa Publishing Huse, India, Vl (7), Page 85 – 111
  • M. Khamis Mansur. M. A. Hassab. “Innvative crrelatin fr calculating thermal perfrmance f cunterflw wet-cling twer”. Energy, Elsevier ,Vlume (74) (2014) 855– 862.
  • M. Khamis Mansur, Hassan E.S Fath. “Cmparative study fr different demister lcatins in Multi Stage Flash (MSF) Flash Chamber (FC)". Desalinatin and water treatment. (2013) 1–15, Taylr and Francis
  • M. Khamis Mansur, M Q Abdalkader, Hassan E.S Fath. “CFD analysis f vapr flw and design imprvement in MED evapratin chamber” Desalinatin and water treatment. (2014) 1–14, Taylr and Francis
  • M. Khamis Mansur, M.A. Hassab “Nvel lumped mdeling fr determining thermal perfrmance f DX evapratr under partially-wet and fully-wet cnditins” Applied Thermal Engineering 98 (2016) 1025–1035
  • M. Khamis Mansur “Practical effectiveness-NTU mdel fr cling and dehumidifying cil with nn-unit Lewis Factr” Applied Thermal Engineering 100 (2016) 1111–1118

Conference Proceedings

  • M. khamis Manosur, Md Nor bin Musa, and Mat Nawi wan Hassan. Thermoeconomic Design Optimization for a Compact finned-tube evaporator of Automotive Air-Conditioning System. 13th International Heat Transfer Conference 13 – 18 August (2006) Sydney, Australia
  • M. Khamis Mansour, Hassan E.S Fath, and O. El samni “Computational Fluid Dynamics Study of MSF Flash Chambers Sub-Components; (i) Vapor Flow through Demister, Proceedings of the 15th International Water Technology Conference, (IWTC15), May 27-30, Alexandria, Egypt.

Professional development activities in the last five years

  • Development of a Stand Alone - Solar Driven - High Performance – Multi Stage Flash Desalination System (Solar – HP – MSF). Budget: 200,000 EUR, funded by the GERF in collaboration with Technical University of Munchen (TUM) – (From 2008 to 2010).
  • Innovative Renewable Energy (RE) Driven - Multi Stage Flash (MSF) System with Salts Precipitator and Nano Filtration (NF) Feed Water pre Treatment (RE-NF-MSF). Budget 441,000 EUR, EuropeAid/127781/M/ACT/EG. Funded by Research, Development and Innovation Program (RDI)- (From 2009 to 2011)
  • Multipurpose Applications by Thermodynamic Solar (MATS). Budget: 762,274, funded by FP7-ENERGY-2010-2-(from 2011 to 2014)
  • Awarded CIT (Center of Innovation and Technology) voucher of 10,000 Euro to financially support the design of an innovative combined and heat power system