Ayad Ahmed Nour El Islam

Work place: djilali Liabes University IRECOM Laboratory and Kasdi merbah University, ouargla 30000 , Algeria

E-mail: ayadnourislam@yahoo.fr


Research Interests: Computational Science and Engineering, Engineering


Ayad Ahmed Nour El Islam, was born in Algeria 1985. He received his master degree in electromagnetic compatibility from Djillali Liabbes University, Algeria in 2011. Currently, he prepares his Ph.D in electrical Engineering in Djillali Liabbes University. His major fields of interest are eddy current separator process.

Author Articles
Electromagnet Separator of Different Particles

By Ayad Ahmed Nour El Islam Ayad Abdelghani Boudjela Houari

DOI: https://doi.org/10.5815/ijem.2018.05.03, Pub. Date: 8 Sep. 2018

In this paper we simulate and realize an electromagnetic separator excited with an alternating current. And, we will to see the factors that influence the separation. This realization is used for the separation of the ferromagnetic and non ferromagnetic particles. The aim of this application is to recover the particles of non ferrous and ferrous from mixture by attractive magnetic force with big rate of separation. Experiments’ results and simulation of this separator, finally the parameters of separation are optimized with prediction method is presented in this paper.

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Simulation of Eddy Current Separation of Gold Particles from Sands

By Ayad Ahmed Nour El Islam Ayad Abdelghani Ramdani Youcef

DOI: https://doi.org/10.5815/ijem.2016.05.04, Pub. Date: 8 Sep. 2016

The particles of gold can be reuse and recovered from electronics products and cards by sorting from many other metals or from sands. In mixtures of small gold spheres and sands have been sorted by an efficient method called eddy current separation able to separate the gold from a mixture of non ferrous particles. It's a mining sort and recycling industry. This study is based on the ejected force created by the eddy currents induced and the rotation of drum. These eddy currents create a opposing magnetic field to create magneto-dynamic repulsive force between permanent magnet of separator and gold particles, these last will be ejected in collector by gravity force.

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Other Articles