Page 20 - sjsi

Review Article: Kassar & AlAtasi 20

References: 13. https://www.upi.com/Science_News/2007/04/03/
Scientists-to-build-self-healing
1. Ghanem, S. Y., & Bowling, J. Mechanical Properties house/44701175607880, Accessed 2023/03-29.
of Carbon Fiber Reinforced Concrete. (2017) 14. Arul V. M. J., Girinath R., Arun K., Brindha M. An
2. Li, V. C. Bendable composites: ductile concrete for Experimental study of clay brick using polystyrene,
structures. Structure Magazine (2006), July, 4548. International Research Journal of Engineering and
3. Bournas, D. Innovative materials for seismic and Technology (IRJET) (2019), 2395-0072.
energy retrofitting of the existing EU 15. Rauf, M. A., Shah, A., Qazi, E. H., & Tahir, M.
buildings. Publications Office of the European Union: Evaluation of Expanded Polystyrene based Blocks for
Luxembourg. (2018) Lightweight Structures in the seismic prone areas,
4. Chen, W., Feng, K., Wang, Y., Cui, S., & Lin, Y. Seismic (2011).
Performance of a Novel Precast Beam-Column Joint 16. Afsaneh R. Composite metal foam and methods of
Using Shape Memory Alloy Fibers-Reinforced preparation thereof, US20140091241A1, Advanced
Engineered Cementitious Composites. Buildings Materials Manufacturing, LLC, (2016).
(2022), 12(9), 1404. 17. Ber, B., Premrov, M., Sustersic, I., & Dujic, B.
5. Mohammad, S. & Islam K. L. Sixth International Earth Innovative earthquake resistant timber-glass
building Conference, Earth USA, Fiber reinforced buildings. Natural Science (2013), 5(08), 63.
composite soil as an earthquake resistant building 18. https://www.buildingglassfactory.com/news/What
material. (2011) -is-wired-glass-What-is-the-advantages-of-
6. Shan, C., Yang, Z., Su, Z., Rajan, R., Zhou, X., & Wang, wiredglass.html#:~:text=Wired%20and%20meshed
L. Preparation and characterization of waterproof %20glass%20is,inexpensive%2C%20widely%20used
autoclaved aerated concrete using molybdenum %20architectural%20glass.
tailings as the raw materials. Journal of Building 19. Hageman, J. M. Contractor's Guide to the Building
Engineering (2022), 49, 104036. Code. Craftsman Book Company, (2008).
7. Wu, J. A Multi-Physics Corrosion Induced 20. Frazier, J. A. Self-Healing Concrete in Commercial
Deterioration Framework for Durability Construction, (2017).
Performance Management of Reinforced Concrete 21. Amran, M., Onaizi, A. M., Fediuk, R., Vatin, N. I.,
Structures. Stanford University, (2020). Muhammad Rashid, R. S., Abdelgader, H., &
8. Karka, B. R., Bruno, B., Ngarmaïm, N., & Ozbakkaloglu, T. Self-healing concrete as a
Rimbarngaye, A. The Effects of Degradation prospective construction material: a
Phenomena of the Steel-Concrete Interface in review. Materials (2022), 15(9), 3214.
Reinforced Concrete Structures. Journal of Materials 22. Dominguez-Santos, D., Mora-Melia, D., Pincheira-
Science and Chemical Engineering (2023), 11(3), 1- Orellana, G., Ballesteros-Pérez, P., & Retamal-Bravo,
21. C. Mechanical properties and seismic performance
9. Hu, Z., Shah, Y. I., & Yao, P. Experimental and of wood-concrete composite blocks for building
numerical study on interface bond strength and construction. Materials (2019), 12(9), 1500.
anchorage performance of steel bars within 23. Direct Adhered Ceramic Tile, Stone, Masonry
prefabricated concrete. Materials (2021), 14(13), Veneer, and Thin Brick Facades – Technical Manual.
3713. 24. Fukahori, Y. (2014). Use of natural rubber (NR) for
10. Jian, X., Zhang, N., Liu, H., Zhao, Z., Lei, M., & Chen, vibration isolation and earthquake protection of
Z. Interface slip of steel–concrete composite beams structures. In Chemistry, Manufacture and
reinforced with CFRP sheet under creep Applications of Natural Rubber (pp. 371-381).
effect. Scientific Reports (2022), 12(1), 22375. Woodhead Publishing.
11. Richard, B., Ragueneau, F., Cremona, C., Adelaide, L., 25. Szczepański, M., Migda, W., & Jankowski, R.
& Tailhan, J. L. A three-dimensional steel/concrete Experimental study on dynamics of wooden house
interface model including corrosion wall panels with different thermal isolation. Applied
effects. Engineering Fracture Mechanics Sciences (2019), 9(20), 4387.
(2010), 77(6), 951-973. 26. de la Peña, A., Sato, A., Latour, M., & Rizzano, G.
12. металлургия и термическая обработка металлов, Conceptual design of anti-seismic devices with metal
москва, 1955. foam core for CBFs. Procedia Structural Integrity
(2023), 44, 2144-2151.

SJSI – 2023: VOLUME 1-1