Unsteady flow simulation around two-wheel main landing gear based on compressible Navier-Stokes solver with immersed boundary method
A hierarchical Cartesian-grid-based flow solver which have the capability to model the
turbulent boundary layer using immersed boundary method with a wall function is used to …
turbulent boundary layer using immersed boundary method with a wall function is used to …
Unsteady turbulent flow simulations on moving Cartesian grids using immersed boundary method and high-order scheme
K Sugaya, T Imamura - Computers & Fluids, 2021 - Elsevier
To simulate the unsteady compressible turbulent flow around moving bodies, a new moving
grid method that uses the immersed boundary method on Cartesian grids is proposed. Here …
grid method that uses the immersed boundary method on Cartesian grids is proposed. Here …
[PDF][PDF] Unsteady Turbulent Flow Simulation of Rotor Blades on Moving Cartesian Grids Using Recursive Fitting Approach
K Sugaya, T Imamura - icas.org
To simulate turbulent flow around moving bodies, we propose a new method capable of
automatic grid generation and accurate turbulent flow simulation in two-and three …
automatic grid generation and accurate turbulent flow simulation in two-and three …
[PDF][PDF] UNSTEADY FLOW SIMULATION AROUND MAIN LANDING GEAR USING HIERARCHICAL CARTESIAN GRID METHOD WITH IMMERSED BOUNDARY …
Among the airframe noise from an aircraft, landing gear noise is one of the dominant noise
sources during the approach phase. A hierarchical Cartesian-grid-based flow solver for …
sources during the approach phase. A hierarchical Cartesian-grid-based flow solver for …
Unsteady Flow Simulation using the Immersed Boundary Method on the Cartesian Grid with Moving Grid Technique
K Sugaya, T Imamura - AIAA Scitech 2021 Forum, 2021 - arc.aiaa.org
View Video Presentation: https://doi. org/10.2514/6.2021-1549. vid To simulate the unsteady
compressible flow around a moving body, we propose a new coupling of the Immersed …
compressible flow around a moving body, we propose a new coupling of the Immersed …