Samy Mohamed Ghania|Publications

Benha University

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Dr. Samy Mohamed Ghania :: Publications:

Research Fields

Electrical Engineering

Number of publications is 16

Title

1-Failure risk analysis under switching surges in power transmission systems

Abstract' | Full paper

2-Grounding systems under lightning surges with soil ionization for high voltage substations by using two layer capacitors (TLC) model

Abstract' | Full paper

3-OVERVOLTAGES CONTROL USING SURGE ARRESTERS FOR 220 KV POWER TRANSMISSION LINES AND INSULATION COORDINATION

Abstract' | Full paper

4-INSULATION COORDINATION FOR 500/220 KV GIS OUTDOOR HIGH VOLTAGES SUBSTATION

5-LIGHTNING ELECTROMAGNETIC FIELDS INSIDE HIGH VOLTAGE SUBSTATIONS USING FDTD

Abstract' | Full paper

6-LIGHTNING ELECTROMAGNETIC FIELDS AROUND TRANSMISSION LINES USING FDTD

Abstract' | Full paper

7-STATISTICAL ANALYSIS OF SWITCHING OVERVOLTAGES AND INSULATION COORDINATION FOR A 500 kV TRANSMISSION LINE

Abstract' | Full paper

8-Assessment of Electric Field Distribution Inside 500/220 kV Open Distribution Substations during Working Conditions

Abstract' | Full paper

9-Study of the transient electromagnetic fields inside high voltage substations

Abstract' | Full paper

10-Evaluation of Electromagnetic Fields Exposure During Live Line Working conditions Inside High Voltage Substations

Abstract' | Full paper

11-Comparison between single and double bus bar configurations on magnetic field distribution inside high voltage substations

Abstract' | Full paper

12-internal fault/ inrush currents discrimination based on fuzzy/ wavelet transform in power transformers

Abstract' | Full paper

13-Bipolar and multi-terminal HVDC systems under different conditions

Abstract' | Full paper

14-Study of Regenerative Braking Of Electrical Vehicles

Abstract' | Full paper

15-Control of Stepper Motor Using Microcontroller for Computer Numerical Control (CNC) Drilling Machines

Abstract' | Full paper

16-Analysis of Electric Field inside HV Substations using Charge simulation method in three dimensional

Abstract' | Full paper

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