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Mohamed Taman
Mohamed Taman
Professor, Structural Engineering Department, Faculty of Engineering, Tanta University
Verified email at f-eng.tanta.edu.eg - Homepage
Title
Cited by
Cited by
Year
Predicting the ingredients of self compacting concrete using artificial neural network
MA Yaman, M Abd Elaty, M Taman
Alexandria Engineering Journal 56 (4), 523-532, 2017
1432017
Innovative method for strengthening dapped-end beams using an external prestressing technique
A Atta, M Taman
Materials and Structures 49, 3005-3019, 2016
372016
Determination of moisture distributions in porous building bricks by neutron radiography
A El Abd, SE Kiсhanov, M Taman, КМ Nazarov, DP Kozlenko, ...
Applied Radiation and Isotopes 156, 108970, 2020
232020
A study for improving compressive strength of cementitious mortar utilizing magnetic water
OMM Yousry, MA Abdallah, MF Ghazy, MH Taman, MR Kaloop
Materials 13 (8), 1971, 2020
182020
Efficiency of geopolymer vs. high-strength grout as repairing material for reinforced cementitious elements
A Sharkawi, M Taman, H M Afefy, Y Hegazy
Structures 27, 330-342, 2020
172020
Experimental investigation of cementitious material-filled square thin-walled steel beams
MF Hassanein, OF Kharoob, MH Taman
Thin-Walled Structures 114, 134-143, 2017
122017
Penetration of water into cracked geopolymer mortars by means of neutron radiography
A El Abd, SE Kichanov, M Taman, КM Nazarov
Construction and Building Materials 256, 119471, 2020
102020
Durability performance of geopolymer ferrocement panels prepared by different alkaline activators
MF Ghazy, MA Abd Elaty, M Taman, ME Eissa
Structures 38, 168-183, 2022
92022
Fresh and mechanical properties of fly ash-based geopolymer mortars activated by different alkaline solutions
M Taman, M Ghazy, M Abd Elaty
International Journal of Advances in Structural and Geotechnical Engineering …, 2021
82021
Predicting the ingredients of self compacting concrete using artificial neural network, Alexandria Eng. J., 56 (2017), 523–532
MA Yaman, MA Elaty, M Taman
6
STUDY OF WATER INFILTRATION INTO CEMENT-BASED MORTARS USING REAL-TIME THERMAL NEUTRON RADIOGRAPHY
K Nazarov, S Kichanov, A ElAbd, M Taman, D Kozlenko
Eurasian Physical Technical Journal 17, 39-45, 2020
52020
Efficiency and corrosion characteristics of high performance cementitious composites as a strengthening material
A Atta, N Ali, M Taman
Composites Part B: Engineering 166, 341-351, 2019
52019
Properties and durability of geopolymer based materials and it's utilizing as a repair and strengthening materials: a review
MF Ghazy, MH Taman, SS ELatfawy
environment 18, 19, 2022
42022
Towards manufacturing of geopolymers with minimization of energy consumption: a review
MF Ghazy, MA AbdElaty, MH Taman, ESA Elnokrashy
Des Eng 18, 5206-5219, 2021
42021
Using high-performance cementitious mortar and external prestressing for retrofitting of corroded reinforced concrete beams
A Atta, M Taman
Advances in Structural Engineering, 2020
42020
Improvement the structural behavior of recycled RC elements using CdO nanoparticles
A Atta, N Ali, M Taman, E Etman
Construction Innovation 18 (2), 134-151, 2018
42018
Implementation of capillary penetration coefficient on water sorptivity for porous building materials: An experimental study
A El Abd, M Taman, SE Kichanov, E Hamad, КM Nazarov
Construction and Building Materials 298, 123758, 2021
32021
A new method for measurement of moisture transport in porous media based on forward and backward scattering of epithermal neutrons
A El Abd, M Taman, Y Zhao
Applied Radiation and Isotopes 173, 109730, 2021
32021
Behavior of fibre reinforced cementitious material-filled steel tubular columns
OF Kharoob, MH Taman
Steel and Composite Structures 23 (4), 465-472, 2017
32017
Codes applicability of estimating the FRC compressive strength by the core-drilling method
M Taman, M Abd Elaty, RN Behiry
Construction and Building Materials 330, 127227, 2022
22022
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