Crashworthiness of Recycled Cardboard Panels Reinforced with Hybrid Columnar Aluminum Tube-GFRP Rods

Research Abstract
NULL
Research Authors
Gabriel Y. Fortin, Elsayed A. Elbadry and Hiroyuki Hamada
Research Department
Mining and Metallurgical Engineering Department
Research Journal
Polymer Composites
Research Member
Elsayed Abdelfattah Elbadry Ahmed
Research Pages
1-13
Research Publisher
Wiley
Research Rank
1
Research Vol
https://doi.org/10.1002/pc.25282.
Research Website
NULL
Research Year
2019

Crashworthiness of cardboard panels reinforced with braided glass fiber rods for vehicle side impact protection

Research Abstract
NULL
Research Authors
Gabriel Y Fortin, Elsayed A Elbadry and Hiroyuki Hamada
Research Department
Mining and Metallurgical Engineering Department
Research Journal
Journal of Reinforced Plastics and Composites
Research Member
Elsayed Abdelfattah Elbadry Ahmed
Research Pages
1387–1401
Research Publisher
SAGE
Research Rank
1
Research Vol
Vol. 37(23)
Research Website
https://journals.sagepub.com/toc/jrpa/37/23
Research Year
2018

Effect of Glass Fibers Stacking Sequence on the Mechanical Properties of Glass Fiber/Polyester Composites

Research Abstract
NULL
Research Authors
Elbadry A Elbadry, Abdalla GA, Aboraia M, Oraby EA
Research Department
Mining and Metallurgical Engineering Department
Research Journal
Journal of Material Sciences and Engineering
Research Member
Mohamed Safwat Mohamed Mohamed
Research Pages
NULL
Research Publisher
Journal of Material Sciences and Engineering
Research Rank
1
Research Vol
Vol 7: No. 1, 2018. Doi: 10.4172/2169-0022.1000416
Research Website
NULL
Research Year
2018

Effect of Glass Fibers Stacking Sequence on the Mechanical Properties of Glass Fiber/Polyester Composites

Research Abstract
NULL
Research Authors
Elbadry A Elbadry, Abdalla GA, Aboraia M, Oraby EA
Research Department
Mining and Metallurgical Engineering Department
Research Journal
Journal of Material Sciences and Engineering
Research Member
Gomma Ahmed Elsayed Abdalla
Research Pages
NULL
Research Publisher
Journal of Material Sciences and Engineering
Research Rank
1
Research Vol
Vol 7: No. 1, 2018. Doi: 10.4172/2169-0022.1000416
Research Website
NULL
Research Year
2018

Effect of Glass Fibers Stacking Sequence on the Mechanical Properties of Glass Fiber/Polyester Composites

Research Abstract
NULL
Research Authors
Elbadry A Elbadry, Abdalla GA, Aboraia M, Oraby EA
Research Department
Mining and Metallurgical Engineering Department
Research Journal
Journal of Material Sciences and Engineering
Research Member
Elsayyed Abd al Radi Orabi
Research Pages
NULL
Research Publisher
Journal of Material Sciences and Engineering
Research Rank
1
Research Vol
Vol 7: No. 1, 2018. Doi: 10.4172/2169-0022.1000416
Research Website
NULL
Research Year
2018

Effect of Glass Fibers Stacking Sequence on the Mechanical Properties of Glass Fiber/Polyester Composites

Research Abstract
NULL
Research Authors
Elbadry A Elbadry, Abdalla GA, Aboraia M, Oraby EA
Research Department
Mining and Metallurgical Engineering Department
Research Journal
Journal of Material Sciences and Engineering
Research Member
Elsayed Abdelfattah Elbadry Ahmed
Research Pages
NULL
Research Publisher
Journal of Material Sciences and Engineering
Research Rank
1
Research Vol
Vol 7: No. 1, 2018. Doi: 10.4172/2169-0022.1000416
Research Website
NULL
Research Year
2018

Cardboard Panels Reinforced with Braided Glass Fiber Rods for Vehicle Side Impact Protection

Research Abstract
NULL
Research Authors
Gabriel Fortin, Elsayed A. Elbadry
Research Department
Mining and Metallurgical Engineering Department
Research Journal
Eco-Energy and Materials Science and Engineering Symposium 2018 (EMSES 2018)
Research Member
Elsayed Abdelfattah Elbadry Ahmed
Research Pages
NULL
Research Publisher
Eco-Energy and Materials Science and Engineering Symposium 2018 (EMSES 2018)
Research Rank
3
Research Vol
NULL
Research Website
NULL
Research Year
2018

Energy Absorption Properties of Braided Glass Fiber Rod-Reinforced Cardboard Panels

Research Abstract
NULL
Research Authors
G.Y. Fortin, E.A. Elbadry, and H. Hamada
Research Department
Mining and Metallurgical Engineering Department
Research Journal
The 12th Canada-Japan Workshop on Composites
Research Member
Elsayed Abdelfattah Elbadry Ahmed
Research Pages
NULL
Research Publisher
The 12th Canada-Japan Workshop on Composites
Research Rank
3
Research Vol
NULL
Research Website
NULL
Research Year
2018

Experimental Study and Numerical Modeling of Cyclic Bond–Slip Behavior of Basalt FRP Bars in Concrete

Research Abstract
This study aims to explore the cyclic bond–slip behavior of basalt fiber-reinforced polymers (BFRP) bars. Experimental pullout tests under monotonic and cyclic loading patterns were conducted in order to examine the effect of the cyclic loading on the bond behavior of BFRP bars. The effects of cyclic loading characteristics, concrete compressive strength, and bar diameter on the bond–slip relationship were examined. In addition, the bond performance of bars with four different surface profiles (smooth, sand-coated, wrapped, and wounded) under different loading protocols was studied and compared to that of deformed steel bars. The results revealed that cyclic loading had a significant effect on the bond performance of BFRP bars and the bond–slip relationship was greatly dependent on the bar surface treatment, as well as the characteristics of the applied cyclic loading protocol. Also, cyclic loading magnified the effect of concrete compressive strength on the bond behavior. A numerical model was proposed to predict the bond–slip relationship of wounded BFRP bars under cyclic loading. The model predictions showed good agreement with experimental results.
Research Authors
ShehabEldeen AS Ahmed, Mohamed FM Fahmy, Zhishen Wu
Research Journal
Journal of Composites for Construction
Research Pages
NULL
Research Publisher
American Society of Civil Engineers
Research Rank
1
Research Vol
NULL
Research Website
NULL
Research Year
2018

Experimental Study and Numerical Modeling of Cyclic Bond–Slip Behavior of Basalt FRP Bars in Concrete

Research Abstract
This study aims to explore the cyclic bond–slip behavior of basalt fiber-reinforced polymers (BFRP) bars. Experimental pullout tests under monotonic and cyclic loading patterns were conducted in order to examine the effect of the cyclic loading on the bond behavior of BFRP bars. The effects of cyclic loading characteristics, concrete compressive strength, and bar diameter on the bond–slip relationship were examined. In addition, the bond performance of bars with four different surface profiles (smooth, sand-coated, wrapped, and wounded) under different loading protocols was studied and compared to that of deformed steel bars. The results revealed that cyclic loading had a significant effect on the bond performance of BFRP bars and the bond–slip relationship was greatly dependent on the bar surface treatment, as well as the characteristics of the applied cyclic loading protocol. Also, cyclic loading magnified the effect of concrete compressive strength on the bond behavior. A numerical model was proposed to predict the bond–slip relationship of wounded BFRP bars under cyclic loading. The model predictions showed good agreement with experimental results.
Research Authors
ShehabEldeen AS Ahmed, Mohamed FM Fahmy, Zhishen Wu
Research Department
Civil Engineering Department
Research Journal
Journal of Composites for Construction
Research Member
Mohamed Fathy Mohamed Fahmy
Research Pages
NULL
Research Publisher
American Society of Civil Engineers
Research Rank
1
Research Vol
NULL
Research Website
NULL
Research Year
2018
Subscribe to