Mohammed Gamil Mohammed Abdelghany|Publications

Benha University

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Dr. Mohammed Gamil Mohammed Abdelghany :: Publications:

Research Fields

Graphene Application

Metal Matrix Composites

Mechanical Engineering

Number of publications is 16

Title

1-Effect of Friction Stir Processing Parameters on the Mechanical and Dynamic Responses of AA 5052-H32

Abstract' | Full paper

2-METALLURGICAL AND MECHANICAL INVESTIGATION OF TIG ARC WELDMENTS FOR API X60 STEEL PIPES

Abstract' | Full paper

3-THE THERMO-MECHANICAL AND MICROSTRUCTURAL INVESTIGATIONS OF AA 6061/GNPS WELDED JOINTS DEVELOPED BY CONTINUOUS DRIVE FRICTION WELDING

Abstract' | Full paper

4-Fabricating a highly sensitive graphene nanoplatelets resistance-based temperature sensor

5-Investigating the Thermo‑Mechanical Properties of Aluminum/ Graphene Nano‑Platelets Composites Developed by Friction Stir Processing

6-Ultrahigh-sensitivity graphene-based strain gauge sensor: fabrication on Si/SiO2 and first-principles simulation

Abstract' | Full paper

7-Design and Manufacturing of a Non-Standard Chain Parts for a Scraper Chain Conveyor: A Case Study

8-Mechanical and Dynamic Behaviour of Epoxy/MWCNTS and Epoxy/Al2O3 Nanocomposites

Abstract' | Full paper

9-Graphene Film Development on Flexible Substrate Using a New Technique: Temperature Dependency of Gauge Factor for Graphene-based Strain Sensors

10-LASER Reduced Graphene on Flexible Substrate for Strain Sensing Applications: Temperature Effect on Gauge Factor

11-Graphene-Based Strain Gauge on a Flexible Substrate

Abstract' | Full paper

12-Investigation of a new high sensitive micro-electromechanical strain gauge sensor based on graphene piezoresistivity

Abstract' | Full paper

13-First-principles simulation on orientation dependence of piezoresistivity in graphene nanoribbon

14-Simulation of Graphene Piezoresistivity Based on Density Functional Calculations

Abstract' | Full paper

15-Evaluation of Strain Gauge Factors of Graphene Ribbon Models Based on First-Principles Electronic-State Calculations

Abstract' | Full paper

16-Development of carbon—Low alloy steel grades for low temperature applications

Abstract' | Full paper

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