Results 111 to 120 of about 301 (127)
Some of the next articles are maybe not open access.
Journal of Ship Research, 1982
In the cited paper (2) a formula is given for the lth Fourier component of the velocity potential of an N-bladed propeller [equations (9) and (10) of the paper], (2). The total velocity potential is then, of course, given by the sum of all the components.
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In the cited paper (2) a formula is given for the lth Fourier component of the velocity potential of an N-bladed propeller [equations (9) and (10) of the paper], (2). The total velocity potential is then, of course, given by the sum of all the components.
openaire +1 more source
The Quarterly Journal of Mechanics and Applied Mathematics, 1987
This paper deals with a formulation of the unsteady aerodynamic theory of lifting surfaces that undergo arbitrary small motions in a supersonic flow environment. In its approach, the expression correlating (in the time domain) the pressure distribution to the downwash distribution is established and some properties of the associated kernel function are
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This paper deals with a formulation of the unsteady aerodynamic theory of lifting surfaces that undergo arbitrary small motions in a supersonic flow environment. In its approach, the expression correlating (in the time domain) the pressure distribution to the downwash distribution is established and some properties of the associated kernel function are
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Unsteady lifting surface theory in sonic flow - The problem revisited
AIAA Journal, 2000Paulo A. O. Soviero, Fabio H. L. Pinto
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Unsteady lifting-line theory and the influence of wake vorticity on aerodynamic loads
Theoretical and Computational Fluid Dynamics, 2021Hugh J A Bird, Kiran Ramesh
exaly
A General Method for Solving Problems of the Unsteady Lifting Surface Theory in the Subsonic Range
Journal of the Aeronautical Sciences, 1954openaire +2 more sources
A lifting surface theory based on an unsteady linearized transonic flow model
19th Structures, Structural Dynamics and Materials Conference, 1978openaire +1 more source
Predictions of unsteady hawt aerodynamics by lifting line theory
Mathematical and Computer Modelling, 2001H Dumitrescu, V Cardos
exaly