Physics of Fluids

Papers
(The H4-Index of Physics of Fluids is 54. The table below lists those papers that are above that threshold based on CrossRef citation counts [max. 250 papers]. The publications cover those that have been published in the past four years, i.e., from 2022-06-01 to 2026-06-01.)
ArticleCitations
Confined steady simple shear flow of polymeric liquids440
Insights into three-dimensional choroidal hemodynamics based on widefield optical coherence tomography angiography images394
Rotational effects on momentum and heat transfer characteristics of disk particles in compressible flows146
Numerical study of CO2 utilization technology in shale gas reservoir: Implications for enhancing gas recovery and optimizing fracture scheme136
An analytical transient solution for focused waves with phase velocity method134
Impact of grid non-K-orthogonality on CO2 migration and pressure prediction using two-point and multi-point flux approximation methods122
Analysis of the correlation between flow physics and cylinder acoustic using different turbulence models103
Simultaneous optical velocity and density measurements of resonant nonlinear internal waves in pycnocline99
Kinetic theory analysis of microscale lubrication of a gas between eccentric circular cylinders with an arbitrary temperature difference95
Numerical simulation study on microseepage and displacement mechanism of coal based on digital core technology92
Shock waves92
Experimental study on the startup of the annular wick type heat pipe using fiber optical temperature measurement technique91
The impact and freezing processes of a nanofluid droplet on an ice surface91
On the influence of spanwise deformation on lift coefficient and trailing vortices properties at low Reynolds number88
Effects of submersion depth on the dynamics and deposition of lock-release turbidity currents83
Characteristics of oil–water two phase flow in anisotropic porous media with intrinsic fractures considering stress sensitivity80
Two-phase flow in porous media under the influence of external electric and magnetic field: Homogenization approach78
The power of internal wave attractor77
A novel model of unsteady fluctuations of supersonic mainstream influenced by a forward-facing-step-induced shock77
Influence of initial angle on trajectory and kinematics of freely falling chips in fluidic self-assembly76
A method for evaluation of aerodynamic lift and drag based on statistical mechanics74
Publisher's Note: “Analytical model for predicting the length scale of shock/boundary layer interaction with curvature” [Phys. Fluids 34, 111701 (2022)]73
Interaction between the oil droplet in water and wetted wall: Force model and motion law72
Some new lump molecules and hybrid molecular states of a (3 + 1)-dimensional generalized variable coefficient Kadomtsev–Petviashvili equation70
Echoes of the hexagon: Remnants of hexagonal packing inside regular polygons70
Rotational speed modulated air–cavitation interactions in centrifugal pumps69
Preparation and characterization of in situ cured vegetable-based resin plugging agent for fracture plugging in reservoirs69
Coupling actions between sway and roll motion responses of the ship with sloshing inside68
Improved Lagrangian flow network and its application to pattern evolution and mass transport in three-dimensional cavitating flow around a hydrofoil68
Is the circular motion of bubble-driven spherical Janus micromotors deterministic or random?65
A statistical study of the impact of the stream interaction regions on the heliospheric current sheet64
Drag reduction in hypersonic flows with viscous compressible fluid–solid coupling: The role of elastic spikes and lateral jets64
Linear instability of a resting state of the magnetohydrodynamic flows of polymeric fluid in a cylindrical channel (generalized Vinogradov–Pokrovski model)64
Analytical mechanisms for heat flux reduction on a V-shaped blunt leading edge63
Large eddy simulation of droplet dispersion and deposition over street canyons62
A modified experimental approach for generating internal solitary waves using the dual paddle technique62
A catastrophe phenomenon produced by impact of drop trains61
Flow around triangular prisms with varying vertex angle at low Reynolds numbers60
Improved defect-correction algorithms for the Navier–Stokes equations at small viscosity60
Wide flow model for converging gravity currents and the effects of the flow resistance model on the propagation59
Stress redistribution and crack evolution during fault slip: Insights from coupled finite-discrete element method simulations59
Relationship between wake and cylinder dynamics for a cylinder undergoing modulated vortex-induced vibrations59
A regional spatial nonlocal continuous time random walk model for tracer transport in fluids59
Impact of ion-specific interactions on laser-induced liquid microjet generation58
Multiphase flow analysis of complex wellbore–fracture–cave connections in condensate gas reservoirs58
Numerical study of gas–surface interface effects due to transpiration in a hypersonic flow over a blunt body58
Erratum: “Proposition of extension of models relating rheological quantities and microscopic structure through the use of a double fractal structure” [Phys. Fluids 34, 083105 (2022)]58
Flow mechanism of pneumatic hammer in aerostatic bearings58
The role of boundary conditions in the theory of aerosol particle thermophoresis57
The effect of retraction-rebound dynamics on the contact time of rebounding-coalescing droplets on a superhydrophobic surface with or without a macro-ridge56
Detonation flows of explosives containing compressible inert particles55
Scaled asymptotic solution nets for unlabeled seepage equation solutions with variable well flow55
Projection of climate change impact on tropical cyclone hazard in Western North Pacific basin55
Incompressible extended magnetohydrodynamics waves: Implications of electron inertia54
Theoretical and experimental study of strain localization phenomenon based on phase transition theory54
Electrowetting-induced parametric instability of a merged micro-droplet54
Introducing the Rankine vortex method for drag reduction in wall-bounded turbulent flows at low Reynolds number through streamwise vortex manipulation54
0.10989689826965