Accueil › Annuaire des chercheurs › Abdelbaki Mameri

Abdelbaki Mameri

Affiliation : Larbi Ben M'hidi University of Oum El Bouaghi

• 31Publications (affiliation algérienne)
• 36Publications au total
• 280Citations
• 8Indice h

ORCIDOpenAlex

Domaines de recherche

• Advanced Combustion Engine Technologies
• Combustion and flame dynamics
• Combustion and Detonation Processes
• Coal Combustion and Slurry Processing
• Fluid Dynamics and Turbulent Flows

Publications (31)

• Dimethyl ether enrichment effects on the characteristics and emissions of biogas laminar diffusion flame
  2026 · Next Energy · cité 1 fois
• MILD Combustion of Hydrogen-Doped-Ammonia in Opposed-Jet Configuration
  2026 · Lecture notes in mechanical engineering
• Impact of Syngas Blending Strategies on NO x Formation Pathways in Ammonia Diffusion Flames
  2026 · Combustion Science and Technology
• Dimensionless correlation of peak soot volume fraction in MILD laminar counterflow diffusion flames: Effects of strain Rate, oxygen enrichment, and fuel blend composition
  2026 · Next Energy
• Optimizing Geothermal Heat Exchangers Performance for Energy- Efficient Poultry House Heating
  2025 · Lecture notes in networks and systems
• Emission and Heat Release Characterization of Propane/Syngas Mixture Diffusion Flame Under Oxygen-Enhanced Combustion and Preheated-Air Combustion Conditions
  2024 · Combustion Science and Technology · cité 3 fois
• Effects of Synthetic Atmosphere and Strain Rate on NO Emission from a Biogas/Hydrogen Mixture in MILD Combustion
  2023 · International Journal of Heat and Technology · cité 4 fois
• Statistical approach and numerical analysis of turbulent diffusion flame of CH 4 /H 2 mixture
  2023 · Energy Sources Part A Recovery Utilization and Environmental Effects · cité 4 fois
• Simulation numérique de la stabilisation d’une flamme turbulente de méthane en régime pauvre par ajout d’hydrogène
  2023 · Journal of Renewable Energies · cité 1 fois
• The Effect of Strain Rate and the Chemical Effects of H2 and CO on the Soot Formation of Ethylene-Syngas in Opposed Jet Laminar Diffusion Flame
  2023 · International Journal of Heat and Technology · cité 1 fois
• Effet du dopage par l’hydrogène sur la structure d’une flamme de diffusion laminaire de méthane-air sous différentes pressions
  2023 · Journal of Renewable Energies
• The Production of NO/NO2 Emissions In Propane-Syngas Mixture Diffusion Flame
  2023 · International Journal of Advanced Natural Sciences and Engineering Researches
• Coflow and counterflow burners
  2022 · Elsevier eBooks · cité 1 fois
• NO emission from non-premixed MILD combustion of biogas-syngas mixtures in opposed jet configuration
  2021 · International Journal of Hydrogen Energy · cité 46 fois
• Characterization of Biogas-Syngas Turbulent MILD Combustion in the Jet in Hot Co-Flow Burner
  2021 · Journal of Applied Fluid Mechanics · cité 10 fois
• Numerical Investigation of the Effect of Equivalence Ratio on Start of Combustion and Emissions in Homogeneous Charge Compression Ignition Engine Fuelled with Natural Gas
  2021 · International Journal of Heat and Technology
• Characterization of the combustion of the mixtures biogas-syngas at high strain rates
  2020 · Fuel · cité 28 fois
• Hydrogen Effect on Soot Formation in Ethylene-Syngas Mixture Opposed Jet Diffusion Flame in Non-conventional Combustion Regime
  2020 · Springer proceedings in energy · cité 2 fois
• Numerical Evaluation of NO Production Routes in the MILD Combustion of the Biogas-Syngas Mixture
  2020 · Springer proceedings in energy · cité 1 fois
• A Two-Dimensional Simulation of Opposed Jet Turbulent Diffusion Flame of the Mixture Biogas-Syngas
  2020 · Springer proceedings in energy
• Effect of H2/CO Ratio and Air N2 Substitution by CO2 on CH4/Syngas Flameless Combustion
  2020 · Springer proceedings in energy
• Combustion characterization of the mixtures biogas-syngas, strain rate and ambient pressure effects
  2019 · International Journal of Hydrogen Energy · cité 23 fois
• MILD combustion of hydrogenated biogas under several operating conditions in an opposed jet configuration
  2017 · International Journal of Hydrogen Energy · cité 38 fois
• Effect of the addition of H 2 and H 2 O on the polluting species in a counter-flow diffusion flame of biogas in flameless regime
  2017 · International Journal of Hydrogen Energy · cité 30 fois
• Numerical investigation of biogas diffusion flames characteristics under several operation conditions in counter-flow configuration with an emphasis on thermal and chemical effects of CO2 in the fuel mixture
  2017 · Heat and Mass Transfer · cité 12 fois
• Numerical Study of the Impact of CO2 Dilution on Emissions in Turbulent Diffusion Flame
  2017 · Energy Procedia · cité 8 fois
• Etude de la combustion HCCI du GNC enrichi à l'hydrogène à l’aide de Chemkin-Pro
  2017 · Journal of Renewable Energies
• NUMERICAL SIMULATION OF BOUNDARY LAYER TRANSITION FOR TURBINE BLADE HEAT TRANSFER PREDICTION
  2016 · Heat Transfer Research
• Impact de l'étirement sur la structure thermochimique d'une flamme de diffusion d’un biogaz hydrogéné en régime sans flamme
  2016 · DOAJ (DOAJ: Directory of Open Access Journals)
• Numerical investigation of counter-flow diffusion flame of biogas–hydrogen blends: Effects of biogas composition, hydrogen enrichment and scalar dissipation rate on flame structure and emissions
  2015 · International Journal of Hydrogen Energy · cité 62 fois
• Simulation numérique d’une flamme d’hydrogène dans l’air Confrontation avec l’expérience
  2006 · Journal of Renewable Energies · cité 1 fois

Co-auteurs

• Amar Hadef
• Zéroual Aouachria
• Selsabil Boussetla
• Bigeud Bouhentala
• Abdelaziz Chelghoum
• Oussama Benbouaziz
• Tayeb Ouksel
• Addour Khalissa
• Guebli Ridha
• Fareh Saifeddine
• Assia Meziane
• El-Ahcene Mahfoudi

Données bibliographiques issues d’OpenAlex (base ouverte).