Solution of Thermo-Fluid problems in Bounded Domains via the Numerical Panel Method

Ali Ashrafizadeh; A. A. Hosseinjani

Volume 7, Issue 2 , September 2010, , Pages 107-122

Abstract
  The classical panel method has been extensively used in external aerodynamics to calculate ideal flow fields around moving vehicles or stationary structures in unbounded domains. However, the panel method, as a somewhat simpler implementation of the boundary element method, has rarely been employed to ...  Read More

Evaluation of 2-D Aeroelastic Models Based on Indicial Aerodynamic Theory and Vortex Lattice Method in Flutter and Gust Response Determination

S.A. Sina; Hassan Haddad Pour

Volume 5, Issue 4 , December 2008, , Pages 180-182

Abstract
  Two 2-D aeroelastic models are presented here to determine instability boundary (flutter speed) and gust response of a typical section airfoil with degrees of freedom in pitch and plunge directions. To build these 2-D aeroelastic models, two different aerodynamic theories including Indicial Aerodynamic ...  Read More