Simulations of a model wind turbine at various tip‐speed‐ratios were carried out using
Tenasi, a node‐centered, finite volume unstructured flow solver. The simulations included …

Allowing discontinuous or non‐matching mesh spacing across zonal interfaces within a
computational domain offers many advantages, particularly in terms of easing the mesh …

Two model wind turbines operating in tandem are simulated using Tenasi, a node-centered,
finite volume unstructured flow solver. The turbine blades are designed using the NREL …

Abstract An economical parabolized Navier–Stokes approximation for steady
incompressible flow is combined with a compatible wind turbine model to simulate wind …

Tenasi, a node-centered, finite volume unstructured flow solver. The model wind turbine was
designed using the NREL S826 airfoils as cross sections and detailed experimental data is …

A higher order reconstruction approach (up to 7 th order) based on WENO methodology is
applied to grids typically found in wind turbine applications. The presence of an essentially …

This paper presents the findings of an ongoing CFD study of using protruding studs as a
form of casing treatment on a transonic turbofan stage. Simulations have been performed on …

A computational survey focused on modifications to the casing near the rotor blade tip is
carried out for the purpose of enhancing the performance and increasing the stall margin of …

Turbo-compressors are key components in systems used in a variety of industries, having a
particularly strong presence in aerospace. The fact that turbo-compressors play crucial roles …

Simulations of two wind turbines operating in tandem (with an offset in the transverse
direction) at various tip-speed-ratios are carried out using Tenasi, a node-centered, finite …