Airplane stability theory was born at the end of the XIX century and matured around 100 years ago, when airplanes were hardly controllable yet. The success and safety of flights in the pioneer years depended upon largely unknown stability and control characteristics. Understanding the modes of airplane motion has been of paramount importance for the development of aviation. The contributions made by a few scientists in the decades preceding and following the first flight by the Wright brothers set the concepts and equations that, with minor notation aspects, have remained almost unchanged till present day.
PerkinsCD. Development of airplane stability and control technology. J Aircr1970; 7: 290–301.
8.
BairstowL. Aerodinamica aplicada (in Spanish), Madrid, Spain: INTA, 1946.
9.
AbzugMJLarrabeeEE. Airplane stability and control, 2nd ed. Cambridge, UK: Cambridge University Press, 2002.
10.
LilienthalO. der Vogelflug als grundlage der fliegekunst (in German), Berlin, Germany: R. Gartner, 1889.
11.
TorenbeekEWittenbergH. Flight physics. essentials of aeronautical disciplines and technology with historical notes, Dordrecht, The Netherlands: Springer, 2009.
12.
AndersonJD. Introduction to flight, 6th ed. New York, USA: McGraw-Hill, 2008.
13.
GrahamWR. Asymptotic analysis of the classical aircraft stability equations. Aeronaut J1999; 103: 95–103.
14.
HancockGJ. An introduction to the flight dynamics of rigid aeroplanes, New York, USA: Ellis Horwood, 1995.
15.
BryanGH. Stability in aviation, London, UK: MacMillan, 1911.
16.
ZhukowskyNEOn soaring of birds (in Russian), Mathematical Society of Moscow, 1891. In: KotelnikovAP (ed.) Collected Papers, vol. V, Moscow, Russia: People’s Commissariat of Heavy Industry of the URSS, 1937, pp. 7–35.
17.
LanchesterFW. Aerial flight, part 2: aerodonetics, London, UK: Constable, 1908.
18.
BoydTJM. One hundred years of G.H. Bryan’s stability in aviation. J Aeronaut Hist2011, pp. 97–115.
19.
BryanGHWilliamsWE. The longitudinal stability of gliders. Proc R Soc1904; A73: 100–116.
RouthEJ. A treatise on the stability of a given state of motion, particularly steady motion, London, UK: MacMillan, 1877.
22.
LangleySP. Experiments in aerodynamics, Washington, USA: Smithsonian Institution, 1981.
23.
JoesselJ. Rapport sur des expériences relatives aux gouvernails (in French). Mémorial Génie Marit Rapport1873; 9.
24.
ZhukowskyNEDe la chute dans l’air de corps légers de forme allongèe, animés d’un mouvement rotatoire (in French), Bulletin de l’Institut Aérodynamique de Koutchino, Fasc. 1906; 1. In: KotelnikovAP (eds). Collected Papers. vol. V, Moscow, Russia: People’s Commissariat of Heavy Industry of the URSS, 1937, pp. 82–98.
25.
Von KarmanT. Aerodinámica: temas seleccionados a la luz de su desarrollo histórico (in Spanish), Madrid, Spain: INTA, 1954.
26.
WegenerPP. What makes airplanes fly? History, science and applications of aerodynamics, 2nd ed. New York, USA: Springer, 1997.
27.
LanchesterFW. Aerial flight, part 1: aerodynamics, London, UK: Constable, 1907.
28.
PradeepSKameshS. Does the phugoid frequency depend on speed?J Guidance Dyn Control1999; 22: 372–373.
29.
PainlevéP. Cours de mécanique et machines (in French), Paris, France: École Polytechnique, 1909.
30.
PainlevéPBorelE. L’Aviation (in French), Paris, France: Felix Alcan, 1911.
31.
Beauplan R. Nécrologie de Paul Painlevé (in French). L'Illustration no. 4731, 4 Novembre 1933.
32.
Bothezat G. Étude de la stabilité de l’aéroplane (in French), Thése présentée à la faculté des sciences de Paris. France, Janvier: Dunod, 1911.
33.
Bothezat G. The general theory of blade screws. NACA report no. 29, 1920.
34.
Bothezat G. General theory of the steady motion of an airplane. NACA report no. 97, 1921.
35.
BouletJ. L'histoire de l'hélicoptère: racontée par ses pionniers 1907–1956 (in French), Paris, France: France-Empire, 1991.
36.
AllenP. The helicopter: an illustrated history of rotary-winged aircraft, Shrewsbury, UK: Airlife, 1996.
37.
EiffelG. La résistance de l'air et l'aviation. Expériences effectuées au laboratoire de Champ-de-Mars (in French).. Paris, France: Dunod et Pinat,1910.
38.
EiffelG. Installation d’un laboratoire d’aérodynamique (in French). Mém Soc Ing Civ France, Bull Janvier1910, pp. 2–24.
39.
PhillipsWF. Phugoid approximation for conventional airplanes. J Aircr2000; 37: 30–36.
40.
PamadiBN. Performance, stability, dynamics and control of airplanes, 2nd ed. Reston, USA: AIAA, 2004.
