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Hicham LOTFI
Hicham LOTFI
Laboratory of Metrology and Information Processing, Ibn Zohr University, Agadir, Morocco
在 uiz.ac.ma 的电子邮件经过验证
标题
引用次数
引用次数
年份
Energy performance of 3 silicon-based PV module technologies in 20 sites of Morocco
A Bennouna, N Aarich, N Erraissi, M Akhsassi, A Asselman, A Barhdadi, ...
Energy for Sustainable Development 53, 30-56, 2019
242019
Silicon photovoltaic systems performance assessment using the principal component analysis technique
H Lotfi, M Adar, A Bennouna, D Izbaim, F Oum'bark, ELH Ouacha
Materials Today: Proceedings 51, 1966-1974, 2022
152022
Characterization the acoustic impedance of mortar using ultrasonic technique
H Lotfi, B Faiz, A Moudden
Journal of Civil Engineering Research 3 (1), 46-51, 2013
102013
Ultrasound monitoring of a mortar hydration using Argand Diagram: The effect of sand grain size and temperature
H Bita, B Faiz, A Moudden, H Lotfi, EH Ouacha, H Banouni
Construction and Building Materials 155, 1003-1012, 2017
82017
Characterization of mortars with ultrasonic transducer
H Lotfi, B Faiz, A Moudden, D Izbaim, A Menou, G Maze
Moroccan Journal of Condensed Matter 12 (2), 2010
82010
Ultrasonic characterization and hardening of mortar using the reflection technique
H Lofti, B Faiz, A Moudden, A Menou, I Izbaim, G Maze, D Decultot
High Temperature Materials and Processes 28 (4), 263-270, 2009
72009
Performance Analysis of Amorphous Photovoltaic Module Technology in Laâyoune-Morocco
H Lotfi, A Bennouna, D Izbaim, M Neffa
62018
An Ultrasonic Device for Investigating the Impacts of Water Content on Cement Durability by Measuring Dispersion Curves
H Mesbah, H Lotfi, H Banouni, M Tafkirte, B Faiz, M Ettahiri
Acoustical Physics 69 (4), 582-587, 2023
42023
Assessment of ultrasonic data of signals backscattered by mortar using the principal component analysis
H Lotfi, D Izbaim, H Bita, H Mesbah, H Banouni
Data in Brief 34, 2021
42021
Spectral analysis of ultrasonic signals backscartted by mortar: Effect of sand size and temperatures
H Lotfi, F Bouazza, H Mesbah, H Banouni
Materials Letters: X 15, 100158, 2022
32022
Processing of Reflection Coefficient of Signals Backscattered by Mortar Using an Ultrasonic Technique
BF Hicham Lotfi, Ali Moudden
American Journal of Signal Processing 3 (2), 17-24, 2013
32013
Studying the early age of the mortar using ultrasonic control to assess attenuation and velocity
H Mesbah, H Lotfi, M Tafkirte, H Banouni, M Ettahiri
AIP Conference Proceedings 3010 (1), 2024
22024
Non Destructive Characterization of Mortars by the Frequency Offset Method
HL Hassan Bita, Ali Moudden, Bouazza Faiz
Journal of Civil Engineering Research 5 (6), 136-143, 2015
22015
Towards sustainable transport in the Moroccan context: The key determinants of electric cars adoption intention
O Boubker, M Lakhal, Y Ait Yassine, H Lotfi
World Electric Vehicle Journal 15 (4), 136, 2024
12024
Antecedents of civil engineering students' entrepreneurial intentions: Dataset article
H Lotfi, K Douayri, H Bouarir, O Boubker
Data in Brief 49, 109410, 2023
12023
Characterization of a mortar by measurement of ultrasonic resonance width: Experimental results and theoretical predictions
H Bita, H Lotfi, B Faiz, A Moudden, E houssaine Ouacha
Materials Today: Proceedings 58, 1215-1221, 2022
12022
Performance of different silicon PV technologies installed in Laâyoune–Morocco
L Hicham, L Boughamrane, D Izbaim
Applied Journal of Environmental Engineering Science 6 (2), & al./Appl. J …, 2020
12020
Evaluation of Ultrasonic Attenuation in Mortars Structures Using the Argand Diagram
MB Hassan Bita, Bouazza Faiz, Ali Moudden, Hicham Lotfi, El Houssaine Ouacha
International Journal of Materials Engineering 6 (3), 77-84, 2016
12016
Ultrasonic Evaluation of the Depth and the Diameter of the Rods of Reinforced Concrete
BF Hicham Lotfi, Ali Moudden
International Journal of Materials Engineering 3 (2), 17-27, 2013
12013
Ultrasonic velocity and density measurement for mortar characterization: Investigation of correlations with mortar porosity and sand grain size
H Mesbah, H Lotfi, M Tafkirte, H Banouni, M Ettahiri, J P, B Faiz
Journal of Building Pathology and Rehabilitation 9 (2), 117, 2024
2024
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