A review of embedded large eddy simulation for internal flows
When scale-resolving simulation approaches are employed for the simulation of turbulent
flow, computational cost can often be prohibitive. This is particularly true for internal wall …
flow, computational cost can often be prohibitive. This is particularly true for internal wall …
[HTML][HTML] Numerical investigations of turbulent heat transfer enhancement in circular tubes via modified internal profiles
SZ Dizjeh, J Brinkerhoff - International Journal of Thermofluids, 2022 - Elsevier
Convective heat transfer enhancement in turbulent pipe flows via patterned surface textures
is studied numerically via large eddy simulation (LES). The Reynolds and Prandtl numbers …
is studied numerically via large eddy simulation (LES). The Reynolds and Prandtl numbers …
Extended proper orthogonal decomposition of non-homogeneous thermal fields in a turbulent pipe flow
This manuscript analyzes the role of coherent structures in turbulent thermal transport in
pipe flows. A Proper Orthogonal Decomposition (POD) analysis is performed on a direct …
pipe flows. A Proper Orthogonal Decomposition (POD) analysis is performed on a direct …
Numerical study of thermally developing turbulent internal flows
The effect of fluid Prandtl number on the thermal characteristics of the flow at the thermal-
entry region of a hydrodynamically fully developed turbulent channel flow at a friction …
entry region of a hydrodynamically fully developed turbulent channel flow at a friction …
Direct numerical simulation of turbulent particle-laden flows: Effects of Prandtl and Stokes numbers
The effect of molecular Prandtl number on the turbulent heat transfer of a non-isothermal
turbulent channel flow laden with particles with four different Stokes number is investigated …
turbulent channel flow laden with particles with four different Stokes number is investigated …
Large-eddy simulations of flow and heat transfer in heated concentric annulus with inner cylinder rotation
Results from large-eddy simulations are reported for the flow and heat transfer in the annular
gap between two concentric cylinders with the outer cylinder stationary and the inner …
gap between two concentric cylinders with the outer cylinder stationary and the inner …
High-order pole-treatment in cylindrical coordinates for incompressible flow simulations with finite-difference collocated schemes
A finite-difference collocated scheme is proposed for the simulation of unsteady
incompressible flows in cylindrical coordinates. The Rhie–Chow flux-interpolation technique …
incompressible flows in cylindrical coordinates. The Rhie–Chow flux-interpolation technique …
Large eddy simulation of turbulent heat transfer in pipe using NEK5000 based on the spectral element method and uncertainty quantification by GCI estimation
KH Nguyen, K Chang - International Journal of Computational …, 2021 - Taylor & Francis
Large eddy simulation is performed in heat transfer of turbulent pipe flow with NEK5000
code based on spectral element method to study uncertainty quantification by Grid …
code based on spectral element method to study uncertainty quantification by Grid …
GRID CONVERGENCE INDEX ESTMATION OF LARGE EDDY SIMULATION FOR TURBULENT HEAT TRANSFER FLOW USING NEK5000
웬칸， 호안 - 2021 - oak.ulsan.ac.kr
Large eddy simulation is performed in heat transfer of turbulent flow with NEK5000 code
based on spectral element method to study uncertainty quantification by Grid Convergence …
based on spectral element method to study uncertainty quantification by Grid Convergence …
An accurate pressure–velocity decoupling technique for semi‐implicit rotational projection methods
E Tavakoli - International Journal for Numerical Methods in …, 2017 - Wiley Online Library
In this paper, an accurate semi‐implicit rotational projection method is introduced to solve
the Navier–Stokes equations for incompressible flow simulations. The accuracy of the …
the Navier–Stokes equations for incompressible flow simulations. The accuracy of the …