Pages that link to "Item:Q1371492"

The following pages link to Fully explicit and self-consistent algebraic Reynolds stress model (Q1371492):

Displaying 35 items.

• Simultaneous invariants of strain and rotation rate tensors and their admitted region (Q277711) (← links)
• Differential and algebraic models for the second moments of particle velocity and temperature fluctuations in turbulent flows (Q605831) (← links)
• Assessing the role of curvature effects in the representation of anisotropy transport in algebraic Reynolds-stress modelling applied to separated flow (Q608067) (← links)
• Nonlinear algebraic model of the Reynolds stresses for a disperse turbulent flow with low-inertia particles (Q665595) (← links)
• Near-wall modification of an explicit algebraic Reynolds stress model using elliptic blending (Q862617) (← links)
• On algebraic second moment models (Q1582583) (← links)
• On the realizability of nonlinear stress-strain relationships for Reynolds stress closures (Q1806570) (← links)
• A rate-dependent algebraic stress model for turbulence (Q1903274) (← links)
• An explicit algebraic Reynolds stress and heat flux model for incompressible turbulence. I: Non-isothermal flow (Q2487190) (← links)
• An explicit algebraic Reynolds stress and heat flux model for incompressible turbulence. II: Buoyant flow (Q2487191) (← links)
• Observations on the predictions of fully developed rotating pipe flow using differential and explicit algebraic Reynolds stress models (Q2576072) (← links)
• Invariant-based calibration of coefficients in nonlinear eddy viscosity turbulence closure (Q2853839) (← links)
• Turbulent-viscosity modeling applicable to swirling flows, based on a composite time scale with mean flow helicity partially incorporated (Q2853886) (← links)
• On the minimal representation of non-linear eddy-viscosity models (Q2853890) (← links)
• Toward second-moment closure modelling of compressible shear flows (Q2878401) (← links)
• A comparison of algebraic Reynolds stress models for the prediction of the turbulent flow inside a turbomachine rotor (Q2955245) (← links)
• An explicit algebraic Reynolds stress model in turbulence (Q3418173) (← links)
• Development of a turbulence model based on the energy spectrum for flows involving rotation (Q3539158) (← links)
• Progress in Favré–Reynolds stress closures for compressible flows (Q3543826) (← links)
• Derivation and investigation of a new explicit algebraic model for the passive scalar flux (Q3544100) (← links)
• A perspective on turbulence models for aerodynamic flows (Q3551723) (← links)
• Techniques for deriving explicit algebraic Reynolds stress models based on incomplete sets of basis tensors and predictions of fully developed rotating pipe flow (Q3557345) (← links)
• RAS one-equation turbulence model with non-singular eddy-viscosity coefficient (Q5072682) (← links)
• Reynolds stress anisotropy in flow over two-dimensional rigid dunes (Q5161149) (← links)
• Reynolds stress closure for nonequilibrium effects in turbulent flows (Q5304288) (← links)
• Explicit algebraic Reynolds stresses and scalar fluxes for density-stratified shear flows (Q5304480) (← links)
• Manning’s formula and Strickler’s scaling explained by a co-spectral budget model (Q5364474) (← links)
• An explicit algebraic Reynolds-stress and scalar-flux model for stably stratified flows (Q5417348) (← links)
• Explicit algebraic stress modelling of homogeneous and inhomogeneous flows (Q5700660) (← links)
• An eddy viscosity model with near‐wall modifications (Q5711471) (← links)
• A Galilean invariant explicit algebraic Reynolds stress model for turbulent curved flows (Q5755668) (← links)
• Sensitivity of turbulent shedding flows to nonlinear stress-strain relations and Reynolds stress models (Q5926068) (← links)
• Lower-dimensional manifold (algebraic) representation of Reynolds stress closure equations (Q5928356) (← links)
• Dual transition scheme on \(k\)-equation model (Q6124046) (← links)
• A probabilistic, data-driven closure model for RANS simulations with aleatoric, model uncertainty (Q6553801) (← links)