In this paper we investigate the control of a laminar separation bubble that occurs for flow over a NACA 2415 airfoil at a Reynolds number of 200,000 and angles of attack of 8° and 10° by direct numerical simulation. A spectral element solver is used to calculate the flowfield using a...
Ben Amar, MounirChaari, FakherDriss Z, Chelbi T, Kaffel A, Abid MS (2015) Experimental characterization of a NACA2415 airfoil wind turbine. In Haddar M, Abbes SM, Choley J-Y, Boukharouba T, Elnady T, Kanaev A, Ben Amar M, Chaari F (eds) Multiphysics modelling and simulation for ...
In this study, the effects of acoustic excitation frequency on flow over an NACA 2415 airfoil were determined, and all of the experiments were done both with and without the presence of the acoustic excitation. The acoustic excitation was applied for a range of angles of attack (0°–25°)...
VALIDATION OF WIND TUNNEL TEST RESULTS FOR NACA 2415 AIRFOIL USING FINITE VOLUME BASED COMPUTATIONAL FLUID DYNAMICS SOFTWARERamalingaihManjunath SreeramaiahAnil Kumar BSGlen
This introduction is followed by the results from the wind tunnel testing of a NACA 2415 wing and the analysis of this data. The analysis is to be used for the construction of a radio controlled Vertical Take Off and Land vehicle (VTOL) model, with the potential for use on a full- ...
INVESTIGATING THE EFFECTS OF PLASMA ACTUATOR ON THE FLOW CONTROL AROUND NACA2415 AIRFOILANLISOY, AytaAKANSU, Yahya ErkanJournal of Thermal Science & Technology / Is Bilimi ve Teknii Dergisi
Flux simulations are presented around a non-symmetric airfoil NACA2415 shape. The results show evidences that the adaptive mesh refinement scheme is adequate for numerical solution of this type of problem.doi:10.1007/978-3-642-31125-3_46Sanderson Lincohn Gonzaga de Oliveira...
NACA2415Front spoilerUsing of computational fluid dynamics (CFD) have big advanteges for design process components in the automotive industry. Flow structures around vehicle and drag forces can investigate in CFD...doi:10.1007/s12239-019-0088-6Bayindirli Cihan...