In this work, it is proposed to obtain a program in Python that uses the panel method to calculate aerodynamic coefficients in 2D profiles. For this, a constant distribution of dipoles and an inviscid, potential and ...

This work has begun with the main objective of exploring an open-source software, especially those created for fluid dynamics analyzes. With that in mind, an investigation as conducted through some references to identify ...

The great importance in selecting the profile of an aircraft wing concerns the fact that its relevance in the performance thereof; influencing this displacement costs (fuel consumption, flight level, for example), the ...

This work presents a proposal for the aerodynamical study of a small horizontal axis wind turbine. The aerodynamic design is performed using Qblade, an opensource software, which performs calculations based on Betz limit ...

This paper presents an analysis of sound pressure levels through theoretical modeling and experimental validation in a 1 kW small wind turbine. The models used in the theoretical analysis are BPM (Brooks, Pope, and Marcolini) ...

The objective of this work is to study the S809 airfoil profile used in the wind turbine blades of horizontal axis. Wind turbines developed rapidly in technological terms, showing reliability in generating energy from the ...

The objective of this work is to study the S809 airfoil profile used in the wind turbine blades of horizontal axis. Wind turbines developed rapidly in technological terms, showing reliability in generating energy from the ...

The present document deals with the optimization of shape of aerodynamic profiles -- The objective is to reduce the drag coefficient on a given profile without penalising the lift coefficient -- A set of control points ...