Linear stability-based smooth Reynolds-averaged Navier–Stokes transition model for aerodynamic flows
The inclusion of transition to turbulence effects in computational fluid dynamics simulations
makes it possible to design laminar flow airframes. It also increases the level of physical …
makes it possible to design laminar flow airframes. It also increases the level of physical …
[PDF][PDF] Linear stability-based smooth RANS transition model for aerodynamic flows
The inclusion of transition to turbulence effects in computational fluid dynamics (CFD)
simulations makes it possible to design laminar flow airframes. It also increases the level of …
simulations makes it possible to design laminar flow airframes. It also increases the level of …
Numerical analyses of the vortical flow over the cranked kite wing in ground proximity
MJ Bazrgar… - Modares Mechanical …, 2017 - mme.modares.ac.ir
In during take-off and landing phases, flow structures and aerodynamics forces differ from
the unbounded flow field. Computational fluid dynamics were used to study the flow field of a …
the unbounded flow field. Computational fluid dynamics were used to study the flow field of a …
Aerodynamic Shape Optimization and Modeling for Flows Including Transition to Turbulence Effects
GL Olichevis Halila - 2020 - deepblue.lib.umich.edu
In airplane design, engineers aim to reduce drag as much as possible, while respecting
aerodynamic, structural, and budgetary constraints, leading to reduced operational costs …
aerodynamic, structural, and budgetary constraints, leading to reduced operational costs …
تحلیل عددی جریان چرخشی بالای یک بال کِرَنتکایت در مجاورت زمین
بذرگر, منشادی, مجتبی دهقان - Modares Mechanical …, 2017 - search.ebscohost.com
In during take-off and landing phases, flow structures and aerodynamics forces differ from
the unbounded flow field. Computational fluid dynamics were used to study the flow field of a …
the unbounded flow field. Computational fluid dynamics were used to study the flow field of a …