Turbulent Flows Structures Crossing Conical Diffusers: Angle Effect Analysis using PIV Technique and POD for Post-Processing
Author(s): E. Berrich Betouche, Fethi ALOUI, Jack Legrand
Keywords: Conical diffusers; Opening diffuser angle; Flow dynamics; Turbulence; Coherent structures; PIV technique; G 2 criterion; Proper Orthogonal Decomposition POD.
CFD Analysis of Aerodynamic Drag Effects on Vacuum Tube Trains
Author(s): S. A. Gillani, V. P. Panikulam, S. Sadasivan, Z. Yaoping
Keywords: CFD; Aerodynamic drag; Vacuum train; Shock wave; Navier stokes equations.
Numerical Identification of Flow-Induced Oscillation Modes in Rectangular Cavities using URANS
Author(s): Majid Mesbah, Sahand Majidi
Keywords: URANS; Cavity flow; Self induced oscillation; Shear-layer mode; Wake mode; Mode detection.
Adjoint Optimization Method for Head Shape of High- Speed Maglev Train
Author(s): Li Chun Hui, Mingzhi Yang, Lei Zhang, Li Rui
Keywords: Maglev, Aerodynamic drag, Adjoint method, Optimization.
Three-Dimensional Thermocline Dynamics in Thermal Storage Tanks
Author(s): Surendra Singh, Manu V
Keywords: Stratified storage system; Vorticity dynamics; Baroclinicity; Buoyancy frequency.
Effect of Guide Vane on Turbulence Characteristics for Single-Phase Flow through a 90-Degree Pipe Bend
Author(s): Sumit Saha, Nityananda Nandi
Keywords: 90° pipe bend; Bend curvature ratio; Guide vane; k-omega (SST) turbulence model; Numerical analysis; Turbulence ‎characteristics‎.
Turbulence Structures in Accelerated Flow over a Flat Plate with Non-Zero Pressure Gradient
Author(s): Mehrnoush Kharghani, mahmuod Pasandidehfard
Keywords: Turbulent Flow; Temporal acceleration; Instability; Boundary Layer; Pressure gradient; Turbulence kinetic energy; Spatially acceleration
Fluid Flow and Heat Transfer Characteristics Investigation in the Shell Side of the Branch Baffle Heat Exchanger
Author(s): Ke Wang, Jiaqi Liu, Zunchao Liu, Wei Chen, Xingchen Li, Lu Zhang
Keywords: Heat exchanger, Branch baffle, CFD, Flow manner, Pressure drop.
Dynamic response analysis of tilting pad journal bearing considering fluid-structure interaction
Author(s): Qiang Li, Xinhao Tang, Shuo Zhang, Yujun Wang, Weiwei Xu, Zhenbo Wang
Keywords: Tilting pad journal bearings, Transient model, Fluid-structure interaction, Dynamic response, Computational fluid dynamic (CFD), Dynamic grid
AN EXPERIMENTAL INVESTIGATION OF FORCES ON A TEXTURED CYLINDER AT SUBCRITICAL REYNOLDS NUMBERS
Author(s): Hassan Karampour, Nick Wu, Mathew Mason
Keywords: Textured cylinder, Aerodynamic forces, Strouhal number, Wavy cylinder
Effect of Geometry Design on Mixing Performance of Newtonian Fluids using Helical Overlapped Mixer Elements in Kenics Static Mixer
Author(s): Ahmed TALHAOUI, Belkacem Draoui, Abdelkader YOUCEFI
Keywords: Mixing; Laminar Flow; Static mixer; Overlapped mixer; Mixing performance; Mixer efficiency.
Prediction of Interlobe Leakages in Screw Compressors
Author(s): Hitesh Patel, Vikas Lakhera
Keywords: Interlobe clearance, Nozzle equations, Flow coefficients, Leakage flow, Compressor
Influence of Multi Stenosis on Hemodynamic Parameters in an Idealized Coronary Artery Model
Author(s): S. Kamangar
Keywords: Wall shear stress, Computational fluid dynamics, Non-Newtonian, Endothelial layer
3D Numerical simulation of turbulent mixed convection in a cubical cavity containing a hot block
Author(s): Abdelwafi Bouras, S. Bouabdallah, B. Ghernaout, muslum arici, cherif yassine, sassine emilio
Keywords: Mixed convection, Turbulent flow, Cooling, Heat source, 3D convection, cavity
Growth of Turbulent Boundary Layer with Varying Inlet ‎Length Scales‎
Author(s): YoungTae LEE, HeeChang LIM
Keywords: Statistical inflow data; Synthetic inflow generator; Integral length scale; Channel flow; Turbulent ‎boundary layer; CFD.
Simulation of variable magnetic field effect on natural convection heat transfer of Fe3O4/Graphite slurry based on experimental properties of slurries
Author(s): Iman Pishkar, B. Ghasemi, Afrasiyab Raisi, S.M. Aminossadati
Keywords: Ferrofluid, non-Newtonian, Magnetic field, Ferrohydrodynamics (FHD), Magnetohydrodynamics (MHD).
Characterization of biogas-syngas turbulent combustion under moderate or intense low-oxygen dilution conditions
Author(s): oussama benbouaziz, A. Mameri, HADEF Amar, Z. Aouachria
Keywords: Biofuels, Chemical Mechanism, MILD Combustion, Turbulent Non-premixed Combustion
Improved Stall Delay Model for HAWT performance predictions using 3D Navier-Stokes solver and Actuator Disk Method
Author(s): Mohammed Nadjib Hamlaoui, Arezki Smaili, H. Fellouah
Keywords: Actuator disk method, HAWT, Aerodynamic performances, Stall delay model, LES model, Numerical simulation
CFD Simulations and External Shape Optimization of Missile with Wing and Tailfin Configuration to Improve Aerodynamic Performance
Author(s): Ahmet Sumnu, İbrahim Halil Güzelbey
Keywords: Missile Aerodynamics, Genetic Algorithm, Multi-Objective Optimization
A comparative study of the Buoyancy-Opposed Wall Jet using different turbulent models
Author(s): Xin Nie, zehui Zhu, haibo Liao, yuzhou Zhang, jiangrong Xu
Keywords: Buoyancy effect; Wall jet; LES; Sub-grid kinetic energy transport equation
Effect of Fluid-Structure Interaction on Noise Generation in MAV with Fixed and Flapping Membrane Wing
Author(s): SYAM NARAYANAN S, Asad Ahmed R
Keywords: Fluid-Structure Interaction; Aerodynamics loading; Flapping; unsteady flow; Vortex flow
Investigation of the erosion characteristics in the distribution parts of Pelton turbine
Author(s): L. Han, Yi Wang, Gaofu Zhang, Xianzhu Wei
Keywords: Three-phase flow, VOF method, Euler-Lagrange methodology, DPM model

Journal of Applied Fluid Mechanics

The Journal of Applied Fluid Mechanics (JAFM) is an international, peer-reviewed journal which covers a wide range of theoretical, numerical and experimental aspects in fluid mechanics. The emphasis is on the applications in different engineering fields rather than on pure mathematical or physical aspects in fluid mechanics. Although many high quality journals pertaining to different aspects of fluid mechanics presently exist, research in the field is rapidly escalating.

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