Author:Mazlan Abdul Wahid

Publications
Thermal Characteristics of Biogas Flameless Combustion in Asymmetric Meso-scale Combustor Ali Asmayou, Mazlan Abdul Wahid and Mohammed Bashir Abdulrahman EasyChair Preprint 6932
A review of liquid fuel flameless combustion with various flow configurations Mohammed Bashir Abdulrahman, Mazlan Abdul Wahid, Ali Asmayou, Najib Aminu Ismail, Md Mizanur Rahman and Mohd Fairus Mohd Yasin EasyChair Preprint 6930
Thermal and emission characteristics of liquid Fuel flameless combustion in a forward flow combustion chamber Mohammed Bashir Abdulrahman, Mazlan Abdul Wahid, Ali Asmayou, Adam Kasani, Mohd Fairus Mohd Yasin and Md. Mizanur Rahman EasyChair Preprint 6929
Numerical Investigation on Air-Fuel Configurations on the Emission Features in a Vortex Flameless Combustion at Various Thermal Intensity Abdelgader Agilah Gheidan, Mazlan A. Wahid, Lei Li, Amri M. A. Wahid and Anthony C. Opia EasyChair Preprint 6793
Flameless Combustion Mode as a Promising Trend: a Review on Its Fundamental, Role Towards Emissions Reduction, Fuel Consumption and Performance Enhancement Abdelgader Agilah Gheidan, Mazlan A. Wahid and Anthony Chukwunonso Opia EasyChair Preprint 6789
Emission Mechanism and Investigation of Biofuel Combustion Characteristics at Different Techniques Towards NOx Emission Reduction: an Overview Abdelgader Agilah Gheidan, Mazlan A. Wahid and Anthony Chukwunonso Opia EasyChair Preprint 6777
Investigation on Characteristics of Biogas Flameless Combustion in Asymmetric Combustor and Effect of Hydrogen Addition on Biogas Emission Abdelgader Agilah Gheidan, Mazlan A. Wahid, Fudhail A Munir and Muhammad Amri Mazlan Wahid EasyChair Preprint 6776

Keyphrases

Air configurations, Asymmetric combustor, Biofuel, Biogas², burner configuration, CFD, Combustion², Emission, Emission mechanism.², Emission reduction techniques, Emissions, flameless combustion⁵, Flameless mode, Forward flow, Hydrogen, Liquid fuel², low emissions², Low pollutant formation, meso-scale combustor, non-premixed, Non-Premixed Combustion, NOx Emission reduction techniques, Premixed combustion, Tangential air, temperature uniformity², thermal intensity.