Islam A. Eshrah

	Rank: Associate Professor
	Group: Electromagnetics
	Email: [email protected] Mobile:
	PhD Degree Granting Institution: The University of Mississippi
	PhD Degree Granting Country: United States
	Office Number: 8318 Office Phone:
	Office Hours:
Home Page: Homepage: http://eece.cu.edu.eg/~ieshrah/

Experience and Research

Computational Electromagnetics
Metamaterials
Antennas
Adapative antenna array systems
Microwave circuits

Professional Memberships

IEEE

Teaching and Other Skills

Undergraduate and graduate courses in electromagnetics, antennas, circuit theory and computational electromagnetics.

Publications List

Authors

Reference Type	Title	Authors	Publisher
Conference Paper	Body of Revolution Analysis using Fourier Series Green’s Function Expansion	Muhammed Alaa Eldin Moharam Islam A. Eshrah Tamer M. Abuelfadl
Conference Paper	Solution of Electromagnetic Scattering Problems Using an Eigenmode Projection Technique	Mamdouh H. Nasr Islam A. Eshrah Tamer M. Abuelfadl
Conference Paper	Wideband Analysis of Scattering Problems Using an Eigenmode Projection Technique	Mamdouh H. Nasr Islam A. Eshrah Tamer M. Abuelfadl
Journal Paper	Direction of arrival estimation for non-uniform planar array based on piecewise interpolation method	Islam A. Eshrah Essam A. Hashish
Journal Paper	Analysis of a transmission line periodically loaded with position-modulated loads	Islam A. Eshrah Enas Saeid Atya Mohamed
Journal Paper	Adaptive antenna for Wi-Fi system enhancement	Islam A. Eshrah	IEEE
Journal Paper	A Spectrum Sensing Scheme for Partially Polarized Waves over alpha-mu Generalized Gamma Fading Channels	Islam A. Eshrah M. Hazim Tawfik	Hindawi
Journal Paper	Electromagnetic Scattering from a Buried Cylinder Using a Multiple Reflection Approach: TM Case	Islam A. Eshrah Essam A. Hashish Muhammed Ahmed Nasr	IEEE
Conference Paper	Electromagnetic Scattering from a Buried Cylinder using T-Matrix and Signal-Flow-Graph Approach	Ayman Negm Islam A. Eshrah Ragia I. Badr

Patents List

Inventor Name

Projects and Consultations

Principal Investigator

Title	Principal Investigator	Funding Agency	Amount of Fund	Project duration	Submission Date
Design of a Medical Linear Accelerator	Tamer M. Abuelfadl	STDF	LE 1,000,000	2009 - 11	Sun, 01/11/2009
Innovative Non-invasive Blood Sugar Level Monitoring for Diabetes Using (UWB) Sensor	Essam A. Hashish	NTRA		2012 - 14	Thu, 01/11/2012

Supervised Thesis

Name	Degree	Supervisors	Thesis Title	Awarding Date
Enas S. Sakr	Master	Adel M. Elnadi Islam A. Eshrah	Analysis and Applications of a Periodically Loaded Transmission Line with Amplitude- and/or Position-Modulated Loads	Thu, 26/05/2011

EECE Department Building