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Author:... Kiran Yarrakula , C. S. K. Raju , Alireza Rahbari
Data Source:[J].Journal of Thermal Analysis and Calorimetry(IF 1.982), 2018, Vol.132 (3), pp.1995-2002Springer
Abstract:Abstract(#br)This paper investigates the mixed convection of MHD Maxwell, Jeffery, and Oldroyd-B nanofluid models with heat source/sink over a cone geometry. The nonlinear ordinary differential equations are solved numerically by using Runge–Kutta-based shooting technique fo...
Author:... Arash Karimipour , Mehdi Bahiraei , Alireza Rahbari
Data Source:[J].Journal of Thermal Analysis and Calorimetry(IF 1.982), 2019, Vol.137 (3), pp.1045-1058Springer
Abstract:Abstract(#br)Although many studies have addressed the urge of exploring the porous media partially embedded in a channel due to its wide engineering applications, the heat transfer and fluid flow of a channel consisting of multilayered metal foam are relatively untouched. To...
Author:Mehdi Bidabadi , Ali Haghiri , Alireza Rahbari
Data Source:[J].International Journal of Thermal Sciences(IF 2.47), 2009, Vol.49 (3), pp.534-542Elsevier
Abstract:Abstract(#br)In this study, the role of Lewis and Damköhler numbers on the premixed flame propagation through micro-organic dust particles is investigated. It is presumed that the fuel particles vaporize first to yield a gaseous fuel, which is oxidized in the gas phase. In o...
Author:... Eliseu Monteiro , Abel Rouboa , Alireza Rahbari
Data Source:[J].Renewable Energy(IF 2.989), 2016, Vol.92, pp.376-384Elsevier
Abstract:Abstract(#br)In the present study, a mathematical approach is utilized so as to modeling the flame structure of organic dust particle and air through a two-phase mixture consisting in a counterflow configuration where heat loss is taken into account. Lycopodium is considered as t...
Author:Alireza Rahbari
Data Source:[J].Journal of Central South University(IF 0.434), 2016, Vol.23 (1), pp.122-129Springer
Abstract:Abstract(#br)A numerical model is presented to investigate the performance of homogeneous charge compression ignition (HCCI) engines fueled with ethanol. Two approaches are studied. On one hand, two-step reaction mechanisms with Arrhenius reaction rates are implemented in co...
Author:Alireza Rahbari , Ashkan Shakibi , Mehdi Bidabadi
Data Source:[J].Korean Journal of Chemical Engineering(IF 1.059), 2015, Vol.32 (9), pp.1798-1803Springer
Abstract:Abstract(#br)A two-dimensional analytical model is presented to determine the flame speed and temperature distribution of micro-sized lycopodium dust particles. This model is based on the assumptions that the particle burning rate in the flame front is controlled by the process o...
Author:Alireza Rahbari , Fatemeh Ebrahiminasab , Mehdi Bidabadi
Data Source:[J].Chinese Journal of Chemical Engineering(IF 0.92), 2013, Vol.21 (10), pp.1114-1120Elsevier
Abstract:Abstract(#br)This paper presents the combined influence of heat-loss and radiation on the pyrolysis of biomass particles by considering the structure of one-dimensional, laminar and steady state flame propagation in uniformly premixed wood particles. The assumed flame struct...
Author:Mehdi Bidabadi , Ashkan Shakibi , Alireza Rahbari
Data Source:[J].Journal of the Taiwan Institute of Chemical Engineers(IF 2.084), 2010, Vol.42 (1), pp.180-185Elsevier
Abstract:Abstract(#br)This paper presents a new analytical model for predicting non-adiabatic dust flame with the assumptions that the flame structure is composed of a preheat zone, a reaction zone and a post flame. It is presumed that part of fuel particles vaporize to yield a gaseous fu...
Author:Mehdi Bidabadi , Ali Haghiri , Alireza Rahbari
Data Source:[J].Journal of Hazardous Materials(IF 3.925), 2009, Vol.176 (1), pp.146-153Elsevier
Abstract:Abstract(#br)In this study, an attempt has been made to analytically investigate the concentration and velocity profiles of particles across flame propagation through a micro-iron dust cloud. In the first step, Lagrangian particle equation of motion during upward flame propagatio...
Author:Mehdi Bidabadi , Alireza Rahbari
Data Source:[J].Journal of Mechanical Science and Technology(IF 0.616), 2009, Vol.23 (9), pp.2417-2423Springer
Abstract:Abstract(#br)This paper presents the effects of the temperature difference between gas and particle, different Lewis numbers, and heat loss from the walls in the structure of premixed flames propagation in a combustible system containing uniformly distributed volatile fuel partic...

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