Skip to main content
Image
Dr. Adel Alshayji

أكاديمي

د.

عادل ابراهيم الشايجي

أستاذ مساعد

موقع المكتب:
S01D2075

Selected Publications

Selected Conference Publications

  • Heat Transfer Enhancement for Circulating Flow of Nanofluids within Rectangular Enclosure using Particle Tracking Method , ISTANBUL XXIX International Conference on Research in “Science, Engineering and Technology”.
  • Analysis of Heat Transfer through Brick with Air Enclosure Including Phase Change Material, ISERD – 490th InternationalConference on Science and Innovative Engineering (ICSIE), , San Diego, CA-USA,Nov,2018
  • Numerical simulations of condensing moist air around cold cylinder., COMSOL Conference 2017, , Singapore, Nov, 2017
  • Natural Convection Effects on the Solidification in Cylinders at Different Filling Percentages, COMSOL Conference 2017, ,Rotterdam, Netherland, Nov, 2017
  • Numerical Simulation of Pool Film Boiling Heat Transfer during Quenching of Heated Cylindrical Rods, COMSOL Conference2017, , Boston, MA-USA, Oct, 2017

Selected Journal Publications

  • Adel Alshayji, Mohammed Darwish, Khaled Alali, “Optimal Production Output and Frequency of Rest-Breaks for a Worker Subjected to Fatigue”, International Journal of Operational Research, 2022 Vol.45 No.1, pp.125 - 139
  • Abdullah Alshaya, Adel Alshayji, “Robust Multi-Steps Input Command for Liquid Sloshing Control”, Journal of Vibration and Control, October 2022, Volume 28, Issue 19-20, Pages 2607-2624
  • Adel Alshayji, Amin Asadi, Ibrahim M. Alarifi, “On the heat transfer effectiveness and pumping power assessment of adiamond-water nanofluid based on thermophysical properties An experimental study”, Powder Technology,Aug, 2020,Vol. 373, 397-410
  • Adel Alshayji, and Shikha Ebrahim, “Numerical Simulation of Heat Transfer Process in Inclined Roofs with Radiant BarrierSystem”, Journal of Engineering Research,Jun, 2020, Vol 8 No 2 / 305 - 323
  • Adel Alshayji, Mohammed Darwish, Khaled Alali, “Optimal Production Output and Frequency of Rest-Breaks for a WorkerSubjected to Fatigue”, International Journal of Operational Research,2020, (In Press)