Følg
Mohamed Seleem
Mohamed Seleem
Prof. Properties & Strength of Materials, Zagazig University
Verificeret mail på zu.edu.eg - Startside
Titel
Citeret af
Citeret af
År
Experimental and numerical study of RC beams strengthened with bottom and side NSM GFRP bars having different end conditions
IA Sharaky, RM Reda, M Ghanem, MH Seleem, HEM Sallam
Construction and Building Materials 149, 882-903, 2017
802017
Flexural behavior of RC beams strengthened by NSM GFRP Bars having different end conditions
RM Reda, IA Sharaky, M Ghanem, MH Seleem, HEM Sallam
Composite Structures 147, 131-142, 2016
752016
Flexural behavior of steel beams strengthened by carbon fiber reinforced polymer plates–Three dimensional finite element simulation
MH Seleem, IA Sharaky, HEM Sallam
Materials & Design 31 (3), 1317-1324, 2010
712010
Impact resistance of rubberized concrete
HEM Sallam, AS Sherbini, MH Seleem, MM Balaha
ERJ. Engineering Research Journal 31 (3), 265-271, 2008
432008
Fatigue crack growth due to two successive single overloads
Hammouda, Ahmad, Seleem, Sallam
Fatigue & Fracture of Engineering Materials & Structures 21 (12), 1537-1547, 1998
371998
The influence of silica fume, nano silica and mixing method on the strength and durability of concrete
IA Sharaky, FA Megahed, MH Seleem, AM Badawy
SN Applied Sciences 1, 1-10, 2019
362019
Effect of crack and fiber length on mode I fracture toughness of matrix-cracked FRC beams
AYF Ali, HM El-Emam, MH Seleem, HEM Sallam, M Moawad
Construction and Building Materials 341, 127924, 2022
262022
Intrinsic fracture toughness of fiber reinforced and functionally graded concretes: An innovative approach
AA Elakhras, MH Seleem, HEM Sallam
Engineering Fracture Mechanics 258, 108098, 2021
242021
Flexural behavior of functionally graded concrete beams with different patterns
MA Othman, HM El-Emam, MH Seleem, HEM Sallam, M Moawad
Archives of Civil and Mechanical Engineering 21, 1-16, 2021
212021
Mixed-mode fracture toughness of high strength FRC: a realistic experimental approach
MA Hussien, M Moawad, MH Seleem, HEM Sallam, HM El-Emam
Archives of Civil and Mechanical Engineering 22 (4), 168, 2022
202022
Real fracture toughness of FRC and FGC: size and boundary effects
AA Elakhras, MH Seleem, HEM Sallam
Archives of Civil and Mechanical Engineering 22 (2), 99, 2022
202022
Effect of concrete cover thickness and main reinforcement ratio on flexural behavior of RC beams strengthened by NSM-GFRP bars
ELE Hesham, A El-Sisi, R Reda, M Bneni, M Seleem
Fracture and Structural Integrity 14 (52), 197-210, 2020
202020
Fracture toughness of matrix cracked FRC and FGC beams using equivalent TPFM
HEDM Sallam, A Elakhras, M Seleem
Fracture and Structural Integrity 16 (60), 73-88, 2022
112022
Effect of fiber addition on strength and toughness of rubberized concretes
S Mohamed, H Elemam, MH Seleem, HEDM Sallam
Scientific Reports 14 (1), 4346, 2024
92024
Minimizing the crumb rubber effects on the flexural behaviour of the layered RC beams cast using rubberized concrete with or without recycled tire steel fibers
IA Sharaky, MH Seleem, AS Elamary
Construction and Building Materials 400, 132503, 2023
92023
The flexural response of RC beams strengthened by EB/NSM techniques using FRP and metal materials: a state-of-the-art review
FA Megahed, MH Seleem, AAM Badawy, IA Sharaky
Innovative Infrastructure Solutions 8 (11), 289, 2023
72023
Flexural Behavior and Mode of Failure of Jacketed RC Beams
A Mahdy, M Seleem, H Sallam, E Abdin, N El-Ghandour
Scientific Bulletin 39 (4), 75-90, 2004
72004
Fracture toughness of self compacting concrete
MH Seleem, HEM Sallam, AT Attwa, KT Heiza, YB Shaheen
MesoMechanics. HBRC, 2008
62008
Front development of a long fatigue crack during its growth
MMI Hammouda, MH Seleem, HEM Sallam, SSE Ahmad
Fatigue & Fracture of Engineering Materials & Structures 20 (6), 849-862, 1997
61997
Performance of NSM and EB methods on the flexural capacity of the RC beams strengthened with reinforced HSC layers
MH Seleem, FA Megahed, AAM Badawy, IA Sharaky
Structures 56, 104950, 2023
52023
Systemet kan ikke foretage handlingen nu. Prøv igen senere.
Artikler 1–20