Archive of Advanced Engineering Science — Volume 55 (2023), Issue 5

Gongcheng Kexue Yu Jishu/Advanced Engineering Science
Journal ID : AES-20-05-2023-566

Title : STUDY OF THE FLEUXRAL BEHAVIOR OF LIGHTWEIGHT CONCRETE SLABS REINFORCED BY GFRP SECTIONS
Gouda Mohamed Ghanem, , Doha Abdelaziz Ahmed, , Sherif Kamal el deen Elwan, , Waleed Abdallah Abdelfattah,
Abstract : This paper presents a new concept for a lightweight GFRP slab. The slab construction consists of two layers: a glass fiber-reinforced (GFRP) sections and lightweight concrete (LC). Mechanical tests on six slabs were performed with three parameters the spacing between the GFRP sections, The geometry of GFRP cross section and the stiffeners. Increasing the spacing between GFRP sections reduced the ultimate load capacity of the slab by Increasing the spacing from 233 to 350 lead to reduce the ultim
Full article
Gongcheng Kexue Yu Jishu/Advanced Engineering Science
Journal ID : AES-16-05-2023-563

Title : URBAN AND LANDSCAPING TECHNIQUES TO IMPROVE THE DROUGHT RESILIENCE CAPACITY OF RESIDENTIAL AREAS IN CAIRO
Essam Gamal Hussein, , Maher Moheb Stino, , Noha Ahmed Abd El Aziz, , Heba Assem Elfouly,
Abstract : Egypt is now at risk of drought, and Cairo will be hurt. It is the sixth-most vulnerable city to environmental risks and the least resilient among 50 global cities. The government hasn't explored the impact of drought on the urban sector as it has on the agricultural one. Besides, it has recently witnessed new desert megacities and luxurious residential communities that will put more pressure on water resources. Globally, cities are promoting resilience to deal with drought, whether by reducing
Full article