Jordan Yankov Hristov, PhD

Editorial Board Member

Department of Chemical Engineering
University of Chemical Technology and Metallurgy, Bulgaria

Contact Jordan Yankov Hristov, PhD


Professor Jordan Yankov Hristov was born in Dupnitza town on 7th September, 1954. Professor Jordan Yankov Hristov has graduated from Electrical Engineering (Measurements), Technical University- Sofia in 1979 Professor Hristov is working at the Department of Chemical Engineering, University of Chemical Technology and Metallurgy from Sofia. Just after his graduation he was ordered to work (36 years ago this was the state system in Bulgaria) in the Department of Chemical Engineering of the Higher Institute of Chemical Technology (now University of Chemical Technology and Metallurgy) . In 1998 he was promoted to the associate professor position and in January 2014 as a professor of Chemical Engineering. The main research area developed more than 30 years was the fluidization, especially, external field effects (magnetic or electric) for controlling the bed hydrodynamics and consequently the performed heat and mass transfer operations. Working intensively in this field he has obtained his Ph. D degree in 1994 in Chemical Engineering with a thesis titled Gas fluidization of ferromagnetic granular materials in an external magnetic field . Professor Hristov supervised 6 PhD theses and more than 25 M.Sc. theses. He obtained a NATO fellowship at the Center for Studies on Risk Technologies (CERTEC), University Politecnica de Catalunya, Barcelona, Spain on accidents with hydrocarbons (Pool fires of hydrocarbons) an served as a visiting professor in the period of January-June, 2002. As a visiting professor, Prof Hristov has developed equipments for studies on field-assisted fluidized beds and particulate materials in University of Seville, Spain (in 2007) and a bio-magnetic laboratory in the University of Northern Fluminense, Campos RJ (in 2009-2010). Non-linear modelling of heat and as transfer problems, approximate analytical solutions of integer-order and fractional diffusion equations is the second area of intensive research in the recent years. In 2010 the application of the integral-balance method to approximate solution of fractional subdiffusion equation was conceived (published in Thermal Science) and consequently applied to various problems involving time-fractional derivatives He published more than 160papers and he obtained more than 1200 citations. Since 2009 Professor Jordan Yankov Hristov is the Editor-in Chief of the International Review of Chemical Engineering-Rapid Communications and since 2012 he become the Editor in Chief of the International Journal on Advanced Materials and Technologies. He was board member of Bio-Magnetic Research and Technology (2002-2008), Thermal Science (since 2004) , Particuology (since 2004) ,Communications to Fractional Calculus (since 2012) and British Journal of Engineering and Technology (since 2012). He is a fellow of the Bulgarian Society of Chemical Engineers, Bulgarian Union of Scientist- Section Mechanics and EFCE. He is the Scientific secretary and the Editor of the Proceedings of the Permanent International Workshop on Transport phenomena in two-phase flows. In 2004, Professor Jordan Hristov received the National ward for high scientific results based on Part1-Part3 of the ongoing Review series “ Magnetic Field assisted Fluidization”, appearing in “Reviews in Chemical Engineering” and now attaining 10 published issues. Also, he got the Special award of Chinese Academy of Sciences for Senior Scientists-2010 and served as a Distinguish visiting professor with the Institute of Process Engineering, Beijing in 2011.

Research Interest

Two-phase flow in chemical rectors and accidental situations Multiphase flow in Chemical and Biochemical Engineering Fluidization in a magnetic field (Fundamentals and applications) Scale analysis and scaling of complex phenomena Fundamentals and applications and external field (magnetic and electric) applications Fluidized bed applications for bioreactors Aerosol filtration and heavy metal recovery by means of natural adsorbents Fire phenomena Fire behaviour of materials Pools fires and fire dynamics Explosions- dust Gases and superheated liquids Risk oriented design and analysis of equipment

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