@proceedings {7713,
	title = {Comportement des portiques m{\'e}talliques expos{\'e}s au feu naturel},
	journal = {LE 1ER SEMINAIRE NATIONAL DE GENIE CIVIL ET DES TRAVAUX PUBLICS {\textquotedblleft} SNGCTP-1{\textquotedblright}},
	year = {2022},
	address = {Khenchela, Algeria},
	author = {Gherabli, Soumia and Dimia, Mohamed-Salah and Baghdadi, Mohamed and Belakhdar, Ahmed-Rafik}
}
@proceedings {7712,
	title = {Evaluation de la Capacit{\'e} Portante Lat{\'e}rale des Voiles apr{\`e}s Exposition {\`a} un Feu Naturel},
	journal = {LE 1ER SEMINAIRE NATIONAL DE GENIE CIVIL ET DES TRAVAUX PUBLICS {\textquotedblleft} SNGCTP-1{\textquotedblright}},
	year = {2022},
	address = {Khenchela, Algeria},
	author = {Baghdadi, Mohamed and Dimia, Mohamed-Salah and Ghrabli,  Soumia}
}
@proceedings {7711,
	title = {Evaluation Exp{\'e}rimentale des Caract{\'e}ristiques R{\'e}siduelles du B{\'e}ton Fabriqu{\'e} avec Diff{\'e}rents Types de Sable Expos{\'e} au Feu},
	journal = {LE 1ER SEMINAIRE NATIONAL DE GENIE CIVIL ET DES TRAVAUX PUBLICS {\textquotedblleft} SNGCTP-1{\textquotedblright}},
	year = {2022},
	address = {Khenchela, Algeria},
	author = {Baghdadi, Mohamed and Belakhdar, Ahmed-Rafik and Dimia, Mohamed-Salah and Gherabli, Soumia}
}
@article {7697,
	title = {A Parametric Study of Fire-Damaged Reinforced Concrete Columns under Lateral Loads},
	journal = {Engineering, Technology \& Applied Science Research},
	volume = {12},
	number = {5},
	year = {2022},
	pages = {9113-9119},
	abstract = {
	Columns are the structural members of buildings that ensure structural stability. A fire can severely affect the columns{\textquoteright} structural performance by degrading the properties of their constituent materials, thereby reducing the strength capacity, stiffness, and stability. In seismic zones, the knowledge of the post-fire behavior of these elements is a fundamental requirement for a realistic seismic performance assessment. This study utilized numerical analysis using the parametric fire model of Eurocode-1 to estimate the post-fire axial and lateral performance of reinforced concrete columns. In the first step, the axial load-bearing capacity was evaluated from a parametric study for cantilever columns. In the second step, the lateral load capacity, force-displacement behavior, stiffness, ductility, energy dissipation capacity, and residual displacements were estimated to determine the impact of fire damage on the behavior of columns under lateral loads. The results showed that both the lateral load capacity and the ductility of the reinforced concrete columns decreased significantly due to fire exposure. This also indicated that fire damage decreases the vertical load-bearing capacity, and the reduction in lateral capacity was attributed to the loss of concrete{\textquoteright}s compressive strength. The column characteristics that significantly influence the residual response behavior were identified as section size, column height, axial load ratio, and concrete{\textquoteright}s compressive strength.

},
	url = {https://www.etasr.com/index.php/ETASR/article/view/5172},
	author = {Baghdadi, Mohamed and Dimia, Mohamed Salah and Baghdadi, Djassem}
}
@proceedings {7705,
	title = {Comportement des dalles en b{\'e}ton arme en conditions d\&$\#$39;incendie},
	journal = {2{\`e}me S{\'E}MINAIRE INTERNATIONAL SUR LES SCIENCES DE LA MATIERE},
	year = {2021},
	author = {Guergah,  Cherif and Dimia, Mohamed-Salah and Baghdadi, Mohamed}
}
@proceedings {7704,
	title = {Experimental Assessment of the Post-Fire Properties of Concrete},
	journal = {1ST INTERNATIONAL VISIO CONFERENCE ON MATERIALS SCIENCE AND ENGINEERING(ICMSE 2021)},
	year = {2021},
	address = {Khenchela, Algeria},
	author = {Baghdadi, Mohamed and Dimia, Mohamed-Salah}
}
@proceedings {7703,
	title = {Numerical Analysis of Lateral Capacity Performance of Fire-Damaged Reinforced Concrete Walls},
	journal = {INTERNATIONAL CONGRESS ON SCIENTIFIC ADVANCES (ICONSAD{\textquoteright}21)},
	year = {2021},
	address = {Turquie},
	author = {Baghdadi, Mohamed and Dimia, Mohamed-Salah}
}
@article {7698,
	title = {An experimental and numerical analysis of concrete walls exposed to fire},
	journal = {Structural Engineering and Mechanics},
	volume = {77},
	number = {6},
	year = {2021},
	pages = {819-830},
	abstract = {
	\&nbsp;To evaluate the performance of concrete load bearing walls in a structure under horizontal loads after being exposed to real fire, two steps were followed. In the first step, an experimental study was performed on the thermo-mechanical properties of concrete after heating to temperatures of 200-1000oC with the purpose of determining the residual mechanical properties after cooling. The temperature was increased in line with natural fire curve in an electric furnace. The peak temperature was maintained for a period of 1.5 hour and then allowed to cool gradually in air at room temperature. All specimens were made from calcareous aggregate to be used for determining the residual properties: compressive strength, static and dynamic elasticity modulus by means of UPV test, including the mass loss. The concrete residual compressive strength and elastic modulus values were compared with those calculated from Eurocode and other analytical models from other studies, and were found to be satisfactory. In the second step, experimental analysis results were then implemented into structural numerical analysis to predict the post-fire load-bearing capacity response of the walls under vertical and horizontal loads. The parameters considered in this analysis were the effective height, the thickness of the wall, various support conditions and the residual strength of concrete. The results indicate that fire damage does not significantly affect the lateral capacity and stiffness of reinforced walls for temperature fires up to 400oC.

},
	url = {http://www.techno-press.org/content/?page=article\&journal=sem\&volume=77\&num=6\&ordernum=10},
	author = {Baghdadi, Mohamed and Dimia, Mohamed Salah and Guenfoud, Mohamed and Bouchair, Abdelhamid}
}
