Mohsen Nazari
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View article: Evaluation of antibacterial and antibiofilm efficacy of gentamicin-loaded solid lipid nanoparticles (GM-SLNs) against Acinetobacter baumannii infections
Evaluation of antibacterial and antibiofilm efficacy of gentamicin-loaded solid lipid nanoparticles (GM-SLNs) against Acinetobacter baumannii infections Open
View article: Analysis of vacuum crystallization for zero liquid discharge desalination: experimental study and thermo-economic investigation
Analysis of vacuum crystallization for zero liquid discharge desalination: experimental study and thermo-economic investigation Open
View article: Design, fabrication and investigation of temperature-sensitive polymer microdroplets produced by the flow-focusing microchannel under the heat produced by the flexible microheater
Design, fabrication and investigation of temperature-sensitive polymer microdroplets produced by the flow-focusing microchannel under the heat produced by the flexible microheater Open
This study aimed to produce drops that can be used in wound dressings with controlled drug release for the treatment of skin disorders and chronic wounds. The lack of precise control of drug delivery to the wound area in common approaches …
View article: Magnetophoresis-Based Particle Separation in Microfluidic Channels Using Grooved Current-Carrying Conductor: Design, Simulation, and Optimization
Magnetophoresis-Based Particle Separation in Microfluidic Channels Using Grooved Current-Carrying Conductor: Design, Simulation, and Optimization Open
View article: An Experimental Study of Wall Effect on a Hot Settling Sphere in a Newtonian-Fluid-Contained Block Using Photography
An Experimental Study of Wall Effect on a Hot Settling Sphere in a Newtonian-Fluid-Contained Block Using Photography Open
In this study, the effect of temperature on the velocity and trajectory of a hot sphere falling in a water block was experimentally investigated. The sphere, 12 mm in diameter, was thrown through the water inside an enclosure at the ambien…
View article: Simultaneous Separation of Different Magnetic Particles by Sputtering Magnetic Wires at the Bottom of a Microchip: Novel Geometry in Magnetophoresis
Simultaneous Separation of Different Magnetic Particles by Sputtering Magnetic Wires at the Bottom of a Microchip: Novel Geometry in Magnetophoresis Open
View article: Magnetic Particle Separation Using Current-Carrying Plates: A Novel Geometry in Magnetophoresis
Magnetic Particle Separation Using Current-Carrying Plates: A Novel Geometry in Magnetophoresis Open
View article: A Review on Contact and Collision Methods for Multi-Body Hydrodynamic Problems in Complex Flows
A Review on Contact and Collision Methods for Multi-Body Hydrodynamic Problems in Complex Flows Open
Modeling and direct numerical simulation of particle-laden flows have a tremendous variety of applications in science and engineering across a vast spectrum of scales from pollution dispersion in the atmosphere, to fluidization in the comb…
View article: Experimental Study of the Stable Region of Electrospray of Ethanol-Water Mixtures with Different Concentrations by High-Speed Imaging
Experimental Study of the Stable Region of Electrospray of Ethanol-Water Mixtures with Different Concentrations by High-Speed Imaging Open
View article: Fuzzy State-Dependent Riccati Equation (FSDRE) Control of the Reverse Osmosis Desalination System With Photovoltaic Power Supply
Fuzzy State-Dependent Riccati Equation (FSDRE) Control of the Reverse Osmosis Desalination System With Photovoltaic Power Supply Open
The two challenges facing human life are water and energy. Reverse osmosis (RO) desalination systems are popular owning to their unique advantages. However, robust performance and power supply are the two main challenges in this desalinati…
View article: EVALUATION OF THE EFFECT OF THE MOISTURE CONTENT OF COAL DUST ON THE PREDICTION OF THE COAL DUST EXPLOSION INDEX
EVALUATION OF THE EFFECT OF THE MOISTURE CONTENT OF COAL DUST ON THE PREDICTION OF THE COAL DUST EXPLOSION INDEX Open
Exploring the mechanism of coal dust explosions is essential for the development of safety techniques to prevent coal dust explosions. An explosion index can be used to estimate explosion severity. In this study, the moisture content param…
View article: Numerical and Neural Network Analysis of Natural Convection from a Cold Horizontal Cylinder above an Adiabatic Wall
Numerical and Neural Network Analysis of Natural Convection from a Cold Horizontal Cylinder above an Adiabatic Wall Open
Free convection around cold circular cylinder above an adiabatic plate at steady-state condition has been investigated both numerically and by artificial neural networks. There is a growing demand for a better understanding of free convect…
View article: EXPERIMENTAL STUDY OF THE EFFECTS OF COAL DUST PARTICLE SIZE ON LAMINAR BURNING VELOCITY IN A MIXTURE OF COAL DUST AND METHAN
EXPERIMENTAL STUDY OF THE EFFECTS OF COAL DUST PARTICLE SIZE ON LAMINAR BURNING VELOCITY IN A MIXTURE OF COAL DUST AND METHAN Open
This study investigates the effect of variations of coal dust particles size on the rate of burning of coal dust particles in a 2-liter closed chamber. Coal dust was selected from three different mines with different sizes (149μm, 125μm, 1…
View article: DIFFERENT STAGES OF LIQUID FILM GROWTH IN A MICROCHANNEL: TWO-PHASE LATTICE BOLTZMANN STUDY
DIFFERENT STAGES OF LIQUID FILM GROWTH IN A MICROCHANNEL: TWO-PHASE LATTICE BOLTZMANN STUDY Open
A free energy model is used to describe the droplet formation and break-up process in a T-junction bio-microchannel. Droplets are created as a result of interaction of two immiscible liquids. Different stages for the droplet formation proc…
View article: DIFFERENT STAGES OF LIQUID FILM GROWTH IN A MICROCHANNEL: TWO-PHASE LATTICE BOLTZMANN STUDY
DIFFERENT STAGES OF LIQUID FILM GROWTH IN A MICROCHANNEL: TWO-PHASE LATTICE BOLTZMANN STUDY Open
A free energy model is used to describe the droplet formation and break-up process in a T-junction bio-microchannel. Droplets are created as a result of interaction of two immiscible liquids. Different stages for the droplet formation proc…
View article: PREDICTING THE PENETRATION AND NAVIGATING THE MOTION OF A LIQUID DROP IN A LAYERED POROUS MEDIUM: VISCOUS FINGERING VS. CAPILLARY FINGERING
PREDICTING THE PENETRATION AND NAVIGATING THE MOTION OF A LIQUID DROP IN A LAYERED POROUS MEDIUM: VISCOUS FINGERING VS. CAPILLARY FINGERING Open
In this paper, penetration of a liquid drop in a layered porous medium as well as its motion navigation was investigated using the lattice Boltzmann method (LBM). The porous medium was generated by locating square obstacles randomly in the…
View article: Meta-analysis of Influencing Factors on Perception of Fairness in Dynamic Pricing
Meta-analysis of Influencing Factors on Perception of Fairness in Dynamic Pricing Open
The main goal of this research is to identify influencing factors on perceived fairness in dynamic pricing and combination of quantitative results of researches conducted in this area with meta-analysis approach. The study population consi…
View article: PREDICTING THE PENETRATION AND NAVIGATING THE MOTION OF A LIQUID DROP IN A LAYERED POROUS MEDIUM: VISCOUS FINGERING VS. CAPILLARY FINGERING
PREDICTING THE PENETRATION AND NAVIGATING THE MOTION OF A LIQUID DROP IN A LAYERED POROUS MEDIUM: VISCOUS FINGERING VS. CAPILLARY FINGERING Open
In this paper, penetration of a liquid drop in a layered porous medium as well as its motion navigation was investigated using the lattice Boltzmann method (LBM). The porous medium was generated by locating square obstacles randomly in the…
View article: Simulation of the co-axial ferrofluid droplets interaction under uniform magnetic field
Simulation of the co-axial ferrofluid droplets interaction under uniform magnetic field Open
In this study, falling and the coalescence of a pair ferrofluid droplets subjected to uniform magnetic field are investigated numerically. For this approach, a 2-D hybrid approach combined of lattice-Boltzmann and finite volume method is u…
View article: Numerical Study of Heat Transfer and Flow Bifurcation of CuO Nanofluid in Sudden Expansion Microchannel Using Two-Phase Model
Numerical Study of Heat Transfer and Flow Bifurcation of CuO Nanofluid in Sudden Expansion Microchannel Using Two-Phase Model Open
In this paper, laminar forced convection of CuO nanofluid is numerically investigated in sudden expansion microchannel with isotherm walls and different expansion ratios (ER). An Eulerian two-fluid model is considered to simulate the nanof…
View article: Immersed boundary-lattice Boltzmann method for simulation of muco-ciliary transport: effect of mucus depth at various amounts of cilia beat frequency
Immersed boundary-lattice Boltzmann method for simulation of muco-ciliary transport: effect of mucus depth at various amounts of cilia beat frequency Open
Numerical simulation based on immersed boundary-lattice Boltzmann method has been employed to study 2D muco-ciliary transport problem. The periciliary liquid (PCL) and mucus layers in this study are considered as the Newtonian and viscoela…
View article: NOVEL SIMILARITY-SOLUTION WHICH IS APPLICABLE FOR FREE CONVECTION OVER A BODY OF ARBITRARY SHAPE: THERMAL NON-EQUILIBRIUM IN A POROUS MEDIUM
NOVEL SIMILARITY-SOLUTION WHICH IS APPLICABLE FOR FREE CONVECTION OVER A BODY OF ARBITRARY SHAPE: THERMAL NON-EQUILIBRIUM IN A POROUS MEDIUM Open
The study of the natural convection flow and heat transfer from hot surfaces in a porous medium has been of considerable interest in energy-related engineering problems. This paper is concerned with the free convection heat transfer over a…