Folgen
Musab Alhawat
Titel
Zitiert von
Zitiert von
Jahr
Properties of geopolymers sourced from construction and demolition waste: A review
M Alhawat, A Ashour, G Yildirim, A Aldemir, M Sahmaran
Journal of Building Engineering 50, 104104, 2022
1842022
Bond strength between corroded steel and recycled aggregate concrete incorporating nano silica
M Alhawat, A Ashour
Construction and Building Materials 237, 117441, 2020
792020
Bond strength between corroded steel reinforcement and recycled aggregate concrete
M Alhawat, A Ashour
Structures 19, 369-385, 2019
742019
Estimation at completion in civil engineering projects: review of regression and soft computing models
AM Araba, ZA Memon, M Alhawat, M Ali, A Milad
Knowledge-Based Engineering and Sciences 2 (2), 1-12, 2021
392021
Numerical and theoretical analysis of FRP reinforced geopolymer concrete beams
OH Zinkaah, Z Alridha, M Alhawat
Case Studies in Construction Materials 16, e01052, 2022
272022
Properties of concrete incorporating different nano silica particles
M Alhawat, A Ashour, A El-Khoja
Materials Research Innovations 24 (3), 133-144, 2020
252020
Influence of using different surface areas of nano silica on concrete properties
M Alhawat, A Ashour, A El-Khoja
AIP Conference Proceedings 2146 (1), 2019
212019
Experimental Tests of Two Span Continuous Concrete Beams Reinforced with Hybrid GFRP-Steel Bars
AM Araba, OH Zinkaah, M Alhawat, AF Ashour
Structures 47, 2485-2500, 2023
202023
Producing sustainable modified reactive powder concrete using locally available materials
HK Sultan, OH Zinkaah, AA Rasheed, Z Alridha, M Alhawat
Innovative Infrastructure Solutions 7 (6), 342, 2022
142022
Predictability of existing standard codes for the flexural strength of beams produced from alkali-activated concrete
OH Zinkaah, A Al-Rifaie, MM Alhawat
AIP Conference Proceedings 2404 (1), 2021
142021
Performance of ACI code for predicting the flexural capacity and deflection of reinforced geopolymer concrete beams
OH Zinkaah, A Araba, M Alhawat
IOP Conference Series: Materials Science and Engineering 1090 (1), 012067, 2021
112021
Evaluation of steel corrosion in concrete structures using impact-echo method
M Alhawat, A Khan, A Ashour
Advanced Materials Research 1158, 147-164, 2020
112020
A study on the influencing parameters in developing construction and demolition waste-based geopolymer concretes and their sustainability assessment
M Alhawat, G Yildirim, A Ashour, E Ozcelikci, A Aldemir, M Sahmaran
Construction and Building Materials 426, 136143, 2024
82024
Sustainable alkali-activated construction materials from construction and demolition waste
A Kul, E Ozcelikci, G Yildirim, M Alhawat, A Ashour
Sustainable Concrete Materials and Structures, 93-125, 2024
62024
An investigation into durability aspects of geopolymer concretes based fully on construction and demolition waste
E Ozcelikci, G Yildirim, M Alhawat, A Ashour, M Sahmaran
International Symposium of the International Federation for Structural …, 2023
52023
Producing Sustainable Modified Reactive Powder Concrete Using Locally Available Materials. Innovative Infrastructure Solutions (2022) 7,342: 1–17
HK Sultan, OH Zinkaah, AA Rasheed, Z Alridha, M Alhawat
52022
Study of corrosion products induced under different environmental conditions
M Alhawat, OH Zinkaah, A Araba
IOP Conference Series: Materials Science and Engineering 1090 (1), 012050, 2021
52021
Experimental investigation on the use of PCM heat exchangers in Geo-energy piles and walls
O Elkezza, M Alhawat, M Mohamed, A Khan
Geothermics 119, 102950, 2024
32024
Development of concrete mixtures based entirely on construction and demolition waste and assessment of parameters influencing the compressive strength
G Yildirim, E Ozcelikci, M Alhawat, A Ashour
International RILEM Conference on Synergising expertise towards …, 2023
32023
Predictive modelling of shear strength in FRP-reinforced deep concrete beams
OH Zinkaah, Z Alridha, M Alhawat, HK Shanbara
Asian Journal of Civil Engineering 25 (5), 4251-4268, 2024
12024
Das System kann den Vorgang jetzt nicht ausführen. Versuchen Sie es später erneut.
Artikel 1–20