This work presents a methodology for the selection
and design of propeller oriented to the experimental verification of
theoretical results. The problem of propeller selection and design
usually present itself in the following manner: a certain air volume
and static pressure are required for a certain system. Once the
necessity of fan design on a theoretical basis has been recognized, it
is possible to determinate the dimensions for a fan unit so that it will
perform in accordance with a certain set of specifications. The same
procedures in this work then can be applied in other propeller
selection.
[1] Bleier, Frank P., Fan handbook selection, application, and design, 1998.
N.Y., U.S.A. McGraw Hill ISBN 0-07-005933-0.
[2] Abbot, Ira H., And Von Doenhoff, Albert E., Theory of Wing Sections
(including a summary of airfol data), Dover Publications, new York,
1958. ISBN 0-486-60586-8.
[3] Carcangiu Carlo E., "CFD-RANS Study of Horizontal Axis Wind
Turbines". Supervisors: Mandas N. y Cambuli F. Thesis for the degree
of Doctor of Philosophy, Università degli Studi di Cagliari Dipartimento
di Ingegneria Meccanica Dottorato di Ricerca in Progettazione
Meccanica XX Ciclo - Ing-Ind/09. January 2008, Italy.
[4] Winkler J. and Moreau S., LES of the trailing-edge flow and noise of a
NACA6512-63 airfoil at zero angle of attack. Center for Turbulence
Research Proceedings of the Summer Program 2008. pp. 331-341.
[5] Bleier, Frank P., Fan handbook selection, application, and design, 1998.
N.Y., U.S.A. McGraw Hill ISBN 0-07-005933-0.
[6] Mc Cormick, Barnes W., Aerodinamics, Aeronautics, and Flight
Mechanics, Johns Wiley & Sons, 1979, N.Y. U.S.A. 652 pp. ISBN
04715750628.
[1] Bleier, Frank P., Fan handbook selection, application, and design, 1998.
N.Y., U.S.A. McGraw Hill ISBN 0-07-005933-0.
[2] Abbot, Ira H., And Von Doenhoff, Albert E., Theory of Wing Sections
(including a summary of airfol data), Dover Publications, new York,
1958. ISBN 0-486-60586-8.
[3] Carcangiu Carlo E., "CFD-RANS Study of Horizontal Axis Wind
Turbines". Supervisors: Mandas N. y Cambuli F. Thesis for the degree
of Doctor of Philosophy, Università degli Studi di Cagliari Dipartimento
di Ingegneria Meccanica Dottorato di Ricerca in Progettazione
Meccanica XX Ciclo - Ing-Ind/09. January 2008, Italy.
[4] Winkler J. and Moreau S., LES of the trailing-edge flow and noise of a
NACA6512-63 airfoil at zero angle of attack. Center for Turbulence
Research Proceedings of the Summer Program 2008. pp. 331-341.
[5] Bleier, Frank P., Fan handbook selection, application, and design, 1998.
N.Y., U.S.A. McGraw Hill ISBN 0-07-005933-0.
[6] Mc Cormick, Barnes W., Aerodinamics, Aeronautics, and Flight
Mechanics, Johns Wiley & Sons, 1979, N.Y. U.S.A. 652 pp. ISBN
04715750628.
@article{"International Journal of Mechanical, Industrial and Aerospace Sciences:64818", author = "D. Almazo and C. Rodríguez and M. Toledo", title = "Selection and Design of an Axial Flow Fan", abstract = "This work presents a methodology for the selection
and design of propeller oriented to the experimental verification of
theoretical results. The problem of propeller selection and design
usually present itself in the following manner: a certain air volume
and static pressure are required for a certain system. Once the
necessity of fan design on a theoretical basis has been recognized, it
is possible to determinate the dimensions for a fan unit so that it will
perform in accordance with a certain set of specifications. The same
procedures in this work then can be applied in other propeller
selection.", keywords = "airfoil, axial flow, blade, fan, hub, mathematical
algorithm, propeller design, simulation, wheel.", volume = "7", number = "5", pages = "931-4", }