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Every paper Pith has read. Search by title, abstract, or pith.
888 papers in physics.flu-dyn · page 10
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Deborah and Weissenberg numbers track different fluid effects
Elastic and Viscous Effects in Viscoelastic Flows: Elucidating the Distinct Roles of the Deborah and Weissenberg Numbers
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Faster stretching strengthens polymer liquid bridges
Axial forces in capillary liquid bridges of polymer solutions
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Floaters align along or across waves by stiffness and length
Preferential orientation of slender elastic floaters in gravity waves
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Ultimate convection regimes scale with one-third power for fixed Pr
Ultimate regimes in horizontal and internally heated convection
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Soret diffusion raises lean hydrogen flame growth rates but shrinks large fingers
Effects of Soret diffusion on the intrinsic instability of premixed hydrogen/air flames
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Rotating flames lock into steady rings at fuel-independent flow rate
Cavity-Stabilized Rotating Flames in a Circular Hele-Shaw Burner
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3D PLIF yields tulip flame temperature and OH dataset
Spatiotemporally Resolved Multi-Scalar Measurements of Methane Tulip Flames in a Square Channel
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Weak porosity fluctuations trigger persistent channelization
Porosity and Material Disorder Drive Distinct Channelization Transition
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Neural network preserves helicity in non-Newtonian flows
A Helicity-Conservative Domain-Decomposed Physics-Informed Neural Network for Incompressible Non-Newtonian Flow
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Force-bearing and force-free drives flip lift sign in viscoelastic shear
Tuning Cross-stream Lift in Viscoelastic Shear: Distinct Hydrodynamic Signatures of Force-bearing and Force-free Mechanisms
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Longer relaxation times increase droplet spreading by 12.9% on hybrid surfaces
Viscoelastic Droplet Impact on Surfaces with Sharp Wettability Contrast: Coupled Influence of Relaxation Time and Surface Tension
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Bubbles from yeast metabolism let cells escape confining gels
Biogenic bubbles enable microbial escape from physical confinement
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Viscosity stratification alone triggers falling-film waves with zero inertia
Evidence of an inertialess Kapitza instability due to viscosity stratification
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Zero shear stress pockets reverse energy cascade in cylinder turbulence
Inverse Energy Cascade in Turbulent Taylor-Couette Flows
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Three methods agree on mass transfer rates from X-ray tomography
Quantifying Injection-Driven Mass Transfer within Porous Media via Time-Elapsed X-ray micro-Computed Tomography
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Odd viscosity creates persistent directional asymmetries in sphere electrophoresis
Linear odd electrophoresis of a sphere in a charged chiral active fluid
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Optimum pressure maximizes extraction in fractured capillary bundle
Efficient fluid extraction through hydraulic fracture in capillary fiber bundle model
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Linear map shrinks microswimmer slip optimization to low dimension
Slip optimization on arbitrary 3D microswimmers: a reduced-dimension and boundary-integral framework
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Viscous bending picks dominant meander wavelength in rivulets
Viscous Bending Mitigates the Spontaneous Meandering of Rivulets in Hele-Shaw Cells
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Differentiable solver makes coastal wave models end-to-end optimizable
A solver-in-the-loop framework for end-to-end differentiable coastal hydrodynamics
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k-exact schemes reach high-order advection on spherical Voronoi grids
A new high-order finite-volume advection scheme on spherical Voronoi grids and a comparative study in a mimetic finite-volume moist shallow-water model
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Surface measurements recover bottom topography in shallow flows
Estimating bottom topography in shallow water flows
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Scalar correlations self-similar at 1.55 ratio in co-moving frame
Space-time correlations of passive scalars in colored-noise flows
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Sphere wake holds a solitary wave packet through transition
Solitary wave structure of transitional flow in the wake of a sphere
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RANS dataset quantifies separation for ellipse and airfoil
Quantifying Flow separation for ellipse and von-K\'arm\'an Airfoil: A dataset of surface pressure and skin friction
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MeanFlow lets neural operators recover small-scale details at full speed
MENO: MeanFlow-Enhanced Neural Operators for Dynamical Systems
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Cooling moves separation point downstream in Mach 2 shock interactions
Wall heat transfer and flow field configuration of shock wave-turbulent boundary layer interactions on cryogenically cooled wall
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Pore-network model tracks ripening of multi-pore fluid ganglia
Modeling Ostwald Ripening Dynamics in Porous Microstructures
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Small data yields global solutions for Muskat problem with tension
Global well-posedness of the one-phase Muskat problem with surface tension
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Small data yields global solutions for Muskat problem with tension
Global well-posedness of the one-phase Muskat problem with surface tension
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DeepONets surrogate SWAN model for wave force predictions
Operator Learning for Surrogate Modeling of Wave-Induced Forces from Sea Surface Waves
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Slotted sub-cavity cuts pressure loads in transonic cavity flow
Transonic flow past the complex cavity-sub-cavity configurations
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Anisotropic Gaussians recover small-scale turbulence at high compression
Gaussian Field Representations for Turbulent Flow: Compression, Scale Separation, and Physical Fidelity
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Vortex clusters on torus collapse to complex quadrupole
Collective Dynamics of Vortex Clusters in Compact Fluid Domains: From Pair Interactions to a Quadrupole Description
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Scaling law predicts when bubble collapse ruptures droplets
Free Surface Enhancement of Droplet Rupture by Cavitation Bubble Collapse
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Switching fronts polarize trains of flowing slipper particles
Hydrodynamic Switching Fronts Polarize Deformable Particle Trains
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Particles in soap films attract with non-reciprocal forces
Long distance attraction between particles in a soap film
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Particles on drops let solutes diffuse with little resistance
Diffusion from particle-coated drops: the subtle role of particle size
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Elasticity triggers chaos in cylinder arrays via saddle-node then supercritical bifur
Elasto-inertial transitions in viscoelastic flows through cylinder arrays
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Neural nets recover artery parameters from ultrasound
Asymptotic-Preserving Neural Networks for Viscoelastic Parameter Identification in Multiscale Blood Flow Modeling
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Chaos model captures dissipation across space and time
The spatio-temporal statistical structure of the turbulent dissipation field and its stochastic representation as a Gaussian Multiplicative Chaos
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Reduced blood-flow model has local strong solutions for general parameters
Asymptotic models for viscoelastic one-dimensional blood flow
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Neural net models turbulent flow with 500 data points
Multiscale Physics-Informed Neural Network for Complex Fluid Flows with Long-Range Dependencies
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Aggregation sets optimal nanoparticle fraction for viscoplastic flow heating
Aggregation Effects on Heat Transfer in Viscoplastic Nanofluid Entrance Flows
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Soft channel walls boost solute speed and spreading
Taylor dispersion in a soft channel
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Hematocrit dictates where platelets gather on wavy vessel walls
Haematocrit and Shear Rate Modulate Local Cell-free Layer Thickness and Platelet Margination in Blood Flow Along a Sinusoidal Wall
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Simulations show one-loop predictions hold in nonlinear shear flow
Quantitative analysis of fluctuating hydrodynamics in uniform shear flow
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Continuum traffic models yield power-law congestion clusters
Scale-free congestion clusters in large-scale traffic networks: a continuum modeling study
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Acoustics split microfluidic streams partially into droplets
Ultrasound-controlled stream splitting in a microfluidic coflow
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Van der Waals forces hasten film rupture in nanotubes
Influence of van der Waals forces on the instability of a liquid film in a tube