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Prof. Ahmed G. Radwan

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    • Fractional-Order
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HomeRadwan A.G.

Posts in category: Radwan A.G.

Fractional-Order Two-Port Networks

2016Elwakil A.S.Fouda M.E.JournalMaundy B.J.Radwan A.G.

We introduce the concept of fractional-order two-port networks with particular focus on impedance and admittance parameters

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Analytical solution for fractional derivative gas-flow equation in porous media

2017El-Amin M.F.JournalRadwan A.G.Sun S.

In this paper, we introduce an analytical solution of the fractional derivative gas transport equation using the power-series technique

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A memristor-based third-order oscillator: beyond oscillation

2011JournalRadwan A.G.Salama K.N.Talukdar A.

This paper demonstrates the first third-order autonomous linear time variant circuit realization that enhances parametric oscillation through the usage of memristor in conventional oscillators

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A study on coexistence of different types of synchronization between different dimensional fractional chaotic systems

2017Azar A.T.JournalOuannas A.Radwan A.G.Ziar T.

In this study, robust approaches are proposed to investigate the problem of the coexistence of various types of synchronization between different dimensional fractional chaotic systems

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RECENT PUBLICATIONS
  • Valorization of Agricultural and Marine Waste for Fabrication of Bio-Adsorbent Sheets
  • MPPT for a Partially Shaded PV System Using Accelerated Particle Swarms
  • On Fractional-order Capacitive Wireless Power Transfer System
  • Time-domain Li-ion Battery Modeling under Staircase Charging and Discharging
  • Progressive Multi-Secret Sharing of Color Images Using Lorenz Chaotic System
RESEARCH TOPICS

Bio-impedance for Food Quality Biomedical and Robotic Engineering Biomedical Engineering Chaotic & Coding Systems with Applications Chaotic Systems and Applications Design and Applications of Mem-elements Fractional-order systems Modeling and Applications of New Electrical Elements and Recent Technology Modeling of Supercapacitors and Energy Storage Elements Wastewater Treatments

AHMED RADWAN

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  • NU Main Campus: 26 July Corridor, Sheikh Zayed City
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