Dr. Moaz Allehaibi
King Abdullah University of Science and Technology
H-index: 134
Asia-Saudi Arabia
Top articles of Dr. Moaz Allehaibi
Title | Journal | Author(s) | Publication Date |
|---|---|---|---|
Comparison of Transient Spray Characteristics of N-dodecane and OME 3 Using Large Eddy Simulation | Moaz Al-lehaibi Brahim Menacer | 2024/4/15 | |
Numerical investigation of the effect of injection strategy on a high-pressure isobaric combustion engine | International Journal of Engine Research | Xinlei Liu Hammam Aljabri Moaz Al-lehaibi Abdullah S AlRamadan Jihad Badra | 2023/2 |
Numerical investigation of n-dodecane ECN spray and combustion characteristics using the one-way coupled Eulerian-Lagrangian approach | Fuel | Moaz Al-lehaibi Xinlei Liu Hong G Im | 2023/1/1 |
Investigation of Multiphase Spray Characteristics at High-temperature and High-pressure Conditions using Engine Combustion Network (ECN) standard injectors. | Moaz Al-lehaibi | 2022 | |
Investigation of the Cryogenic Nitrogen and Non-Cryogenic N-Dodecane and Ammonia Injections using a Real-Fluid Modelling Approach | Xinlei Liu Abdullah Zaihi Moaz Al-lehaibi Balaji Mohan Abdullah AlRamadan | 2022/8/30 | |
Fuel flexibility potential for isobaric combustion in a compression ignition engine: A computational study | Fuel | Hammam Aljabri Xinlei Liu Moaz Al-lehaibi Kevin Moreno Cabezas Abdullah S AlRamadan | 2022/5/15 |
Investigation of the Engine Combustion Network Spray a Characteristics using Eulerian and Lagrangian Models | Xinlei Liu Moaz Al-lehaibi Hong G Im | 2022/3/29 | |
A comprehensive combustion chemistry study of n-propylcyclohexane | Combustion and Flame | Ahfaz Ahmed Julius A Corrubia Moaz Al-Lehaibi Farinaz Farid Heng Wang | 2021/11/1 |
Computational investigation of the effects of injection strategy and rail pressure on isobaric combustion in an optical compression ignition engine | Hammam Aljabri Xinlei Liu Moaz Allehaibi Abdullah S AlRamadan Jihad Badra | 2021/9/5 | |
Ignition delay time measurements of diesel and gasoline blends | Combustion and Flame | Mohammed Alabbad Yang Li Khalid AlJohani Gavin Kenny Khaiyom Hakimov | 2020/12/1 |
Co-Authors
