Staff Data Search - جامعة الزقازيق

Personal Website
Curriculum Vitae

Sabry Abdelraheem Ahmed Abdelhady

Faculty Engineering - Department Material Engineering

BSc In NULL, [1987]
MSc In NULL, [1991]
PhD In NULL, [1998]
(لا يوجد)

Academic Jobs

معيد : 27/9/1987
Doctor Assisant : 16/2/1992
Doctor : 21/4/1998
Professor Assisant : 27/5/2003
Professor : 25/12/2012

Publications

1 - Preparation of High Purity Nano-Silica from Rice Husk Using Acid Chemical Treatment and Burning (2016).

2 - An Investigation into the Effect of Locally Prepared Nano-Silica on the Microstructure and Hardened Properties of High Strength Concrete (2016).

3 - Assessment of Ceramic Tiles Sludge as a Brick Manufacturing Material (2016).

4 - UTILIZING INDUSTRIAL WASTE-WATER AS ALKALI ACTIVATOR IN SAND-CEMENT KILN DUST BRICKS (2016).

5 - Utilizing industrial waste-water as alkali activator in sand-cement kiln dust bricks (2018).

6 - UTILIZING NANO- TO MICRO-SCALE PARTICLES BASED ADDITIVES TO ENHANCE CEMENT-DUNE SAND COMPOSITES (2018).

7 - NAPHTHALENE-SULFONATE BASED SUPER-PLASTICIZER AND ULTRASONICATION EFFECTS ON THE DISPERSION OF CNTS IN CEMENT COMPOSITES SUBJECTED TO CYCLIC LOADING (2018).

8 - Achieving sustainable performance: synergistic effects of nano-silica and recycled expanded polystyrene in lightweight structural concrete (2024).

9 - Alkali-activated concrete with expanded polystyrene: A lightweight, high-strength solution for fire resistance and explosive protection (2025).

10 - Thermo-mechanical behavior and spalling resistance of alkali-activated slag versus cement mortars under rapid high-temperature exposure (2025).

11 - Fire performance and spalling mitigation in high-strength and eps-modified mortars under transient thermal exposure (2025).

12 - Performance of EPS-Modified Lightweight Geopolymer and Cement Mortars Under Different Thermal and Cooling Regimes: A Comparative Study (2025).

13 - Developing lightweight structural concrete with enhanced thermal and durability properties through nano-silica and expanded polystyrene integration (2025).

Research Area