ABDENEBI H, ZITOUNI B, BENMOUSSA H, HADDAD D. Thermal field of a planar SOFC fed by methane : steam reforming and water gas shift reaction effect. Maroc; 2013.

ABDENEBI H, ZITOUNI B, BENMOUSSA H, Zeroual M, HADDAD D, OULMI K. Effect of inlet hydrogen and air temperatures values at temperature distribution in a planar SOCF in presence of electrochemical reactions and over potential heat sources. Sousse, Tunisia; 2012.

BENMOUSSA H, ABDENEBI H, ZITOUNI B, Zeroual M, HADDAD D, MEBARKI B, OULMI K. Thermal Field in SOFC Fed By CH4: Gas Temperature Effect. Sousse, Tunisia; 2012.

HADDAD DJ, ABDENEBI H, ZITOUNI B, BENMOUSSA H, OULMI K. Thermal field in SOFC fed by Hydrogen. Inlet gases temperature effect In pressInlet gases temperature effect In press. 2012;6.

ABDENEBI H, ZITOUNI B, Zeroual M, BENMOUSSA H, HADDAD D. SOFC fed by hydrogen: Heat sources and gas temperature effect on temperature field. İstanbul,Turkey.; 2011.

ABDENEBI H, ZITOUNI B, HADDAD DJ, BENMOUSSA H, Andreadis GM, ABDESSEMED S. SOFC fuel cell heat production. Analysis. Energy ProcediaAnalysis. Energy Procedia. 2011;6 :643–650.

ABDENEBI H, ZITOUNI B, HADDAD D, BENMOUSSA H, GEORGE MA, ABDESSEMED S. SOFC fuel cell heat production: Analysis. MEDGREEN-LB 2011:.; 2011.

ZITOUNI B, BENMOUSSA H, HADDAD D, ABDENEBI H. CICME10. Thermal.Gradient at an Anode Supported SOFC: Numerical Study Second I, 2010.; 2010.

ABDENEBI H, ZITOUNI B, Zeroual M, HADDAD D. Thermal Field in the Planar Electrolyte Supported Solid Oxide Fuel Cell.; 2010.

ZITOUNI B, BENMOUSSA H, Zeroual M, ABDENEBI H. Thermal Gradient at an Anode Supported SOFC: Hydrogen Temperature Value Effect.; 2010.

ABDENEBI H, ZITOUNI B, BENMOSSA H, HADDED D. Etude numérique bidimensionnelle du champ thermique dans une pile à combustible du type SOFC planaire: Effet de la réaction chimique.; 2009.

ZITOUNI B, BENMOUSSA H, HADDAD D, ABDENEBI H, SAHLI Y. Valeur et localisation des Températures maximales dans les piles À combustible type SOFC.; 2009.