Zusammenfassung
Das Fliegen selbst ist eine Fortbewegungsart, die die Beherrschung des technischen Apparates voraussetzt. Diese Beherrschung ist — vom Anfänger abgesehen — ein quasi-Vorgang, eine Nebenhertätigkeit, der der geübte Flieger im normalen Flugzustand nicht viel mehr Beachtung schenkt als der Führer eines Kraftwagens auf einer ebenen und verkehrssicheren Landstraße. Man erinnere sich, welche Schwierigkeiten sich in den Anfangsstadien des Kraftfahrens ergaben, und welche Bedeutung den technischen Fragen anfangs beigemessen wurden. Der technischen Vervollkommnung zufolge, spielen diese Dinge heute kaum eine Rolle mehr; und bei den zur Erlangung eines Kraftfahrzeugführerscheins vorgeschriebenen Prüfungen wird dem technischen Teil kaum noch Beachtung geschenkt.
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Ausgewählte Literatur
Biel, W. C., and Warrick, M. J., Studies in perception of time delay. Rep. 75th Annual Meeting APA, Denver, Col. 1949.
Bosee, R. A., and Gard, P. W., Aviation Medicine in the evaluation of new naval aircraft. J. Aviat. Med. 1951, 22, 518.
Brown, F. R., and Poppen, J. R., Visual problems in designing improved indirect lighting for aircraft cockpits. J. Aviat. Med. 1950, 21, 3.
Browne, R. C., Comparative trial of two attitude indicators. A preliminary note. GB Air Ministry, FPRC 611, February 1945
Chapanis, A., The quantitative measurements of visual fields. AAF Air Mat. Comm., Eng. Div., Techn. Rep. 5112, Wright Field 1944.
Chapanis, A., Summary and evaluation of the status of research on the effect of the optical quality of transparent aircraft panels on vision. USAF Air Mat. Comm., Memo. Rep. TSEAA696–93, Wright Field 1946.
Chapanis, A., Garner, W. R., and Morgan, C. T., Applied experimental psychology. New York 1949.
Chapanis, A., Christensen, J. M., The effect of the staircase scale on dial reading accuracy. USAAF Air Mat. Comm., Eng. Div., MCREXD-694–1-P, Wright Field 1948.
Cibis, P. A., Retinal adaptation in night flying. J. Aviat. Med. 1952, 23, 168.
Craik, K. J. W., Theory of human operator in control systems. II.: Man as an element in a control system. Brit. J. Psychol. 1948, 38, 142.
Early, J. G., The navy ejectable cockpit. J. Aviat. Med. 1951, 22, 46.
Fitts, P. M., Psychological requirements in aviation equipment design. J. Aviat. Med. 1946, 17.
Fitts, P. M., A study of location discrimination ability. AAF Aviat. Psychol. Progr. Res., Rep. 59, 1948.
Fitts, P. M., Jones, R. E., Psychological aspects of instrument display. I.: Analysis of 270 ‘pilot-error’ experiences in reading and interpreting aircraft instruments. USAF Air. Mat. Comm., Eng. Div., TSEAA-694–12A, Wright Field 1947.
Fitts, P. M., Jones, R. E., and Milton, J. L., Eye movements of aircraft pilots during instrument landing approaches. Aero. Engin. Rev. 1950, 9, I.
Fitts, P. M., Simon, C. W., Effect of horizontal vs. vertical stimulus separation on performance in a dual-pursuit task. Rep. 75th Annual Meeting APA, Denver, Col. 1949.
Forbes, T. W., Auditory signals for instrument flying. J. Aeronaut. Sc. 1946, 13.
Grether, W., Discussion of pictorial versus symbolic aircraft instrument displays. USAAF Air Mat. Comm., Eng. Div., TSEAA-694–8B, Wright Field 1947.
Grether, W., The effect of variations in indicator design upon speed and accuracy of altitude readings. USAAF Air. Mat. Comm., Eng. Div., TSEAA-694–14, Wright Field 1947.
Grether, W., Survey of display problems in the design of aviation equipment. AAF Aviat. Psychol. Program Res., Rep. 19, 1948.
Grether, W., Design of dock dials for greatest speed and accuracy of reading in military (2400-hour) system. AAF Aviat. Psychol. Program Res., Rep. 19, 1948.
Grether, W., Williams, A. C., Speed and accuracy of dial reading as a function of dial diameter and angular separation of scale divisions. AAF Aviat. Psychol. Program Res., Rep. 19, 1948.
Grether, W., Instrument reading I: The design of long-scale indicators for speed and accuracy of quantitative reading. J. Appl. Psychol. 1949, 33, 363.
Gardner, J. F., Direction of pointer motion in relation to movement of flight control. USAF Air Mat. Comm., Techn Rep. 6016, Wright Field 1950.
Henschke, U., Die Verwendung von Ferngläsern im Flugzeug. Ber. Luftfahrtforsch.Anst. München 1944.
Henschke, U., I. Katz, Instrumentenbrettbeleuchtung und Blendung im Flugzeug. Ber. Luftfahrtforsch.Anst. München 1944.
Henschke, U. K., and Mauch, H. A., A study on the improvement of displays for attitude and course indication. USAAF Air Mat. Comm., Eng. Div., TSEAA-696-i1oA, Wright Field 1947.
Henschke, U. K., and Mauch, H. A., Reflex horizon. USAAF Air Mat. Comm., Eng. Div., TSEAA-696-i1oB, Wright Field 1947.
Henschke, U. K., and Mauch, H. A., Blind flying instrument with coordinate system. USAF Air Mat. Comm., Eng. Div., MCREXD696-I,oC, Wright Field 1948.
Hick, W. E., and Bates, J. A. V., The human operator of control mechanisms. GB Ministry of Supply. Monogr. 17–204, May 1950.
Jenkins, W. O., The tactual discrimination of shapes for coding aircraft-type controls. AAF Aviat. Psychol. Progr. Res., Rep. 19, 1948.
Jones, R. E., Milton, J. L., and Fitts, P. M., An investigation of errors made by pilots in judging the attitude of an aircraft without the aid of vision. USAAF Air Mat. Comm., TSEAA-694–13, Eng. Div., Wright Field 1947.
Kapp auf, W. E., Studies pertaining to the design of visual displays for aircraft instruments, computers, maps, charts, tables and graphs. A review of literature. USAF Air Mat. Comm., Techn. Rep. 5765, Wright Field 1949.
Kappauf, W. E., and Smith, W. M., Design of instrument dials for maximum legibility. II.: A preliminary experiment on dial size and graduation. USAAF Air Mat. Comm., Eng. Div., MCREXD-694-i-N, Wright Field 1948.
Kappauf, W. E., and Smith, W. M., Smith, W. M., and Bray, C. W., Design of instrument dials for maximum legibility. I.: Development of methodology and some preliminary results. USAAF Air Mat. Comm., Eng Div., TSEAA-694–1 L, Wright Field 1947.
Kappauf, W. E., and Smith, W. M., Design of instrument dials for maximum legibility. III.: An evaluation of reading difficulty for different parts of dial. USAF Air Mat. Comm., Eng. Div., MCREXD-694, Wright Field 1949.
Kappauf, W. E., and Smith, W. M., Design of instrument dials for maximum legibility. IV.: Dial graduation, scale range, and dial size as factors affecting the speed and accuracy of scale reading. USAF Air Mat. Comm., Eng. Div., Techn. Rep. S914, Wright Field 1950.
King, B. G., Comments on air speed indicator, manufacturer’part AW-2 3/4–2o-D, U. S. Gauge Co., NP-9 AY. USN, NMRI note, January 1946.
Leizorek, M. A., A handheld instrument for measuring visual fields from aircraft. AAF Air Techn. Serv. Comm., Eng. Div., Memo–Rep. TSEAL3–695–48c, Wright Field 1945.
Loucks, R. B., Legibility of aircraft instrument dials: The relative legibility of tachometer dials. USAAF SAM, Randolph Field, Texas May 5944.
Loucks, R. B., Legibility of aircraft instrument dials: A further investigation of the relative legibility of tachometer dials. USAAF SAM, Randolph Field, Texas October 1944.
Loucks, R. B., Legibility of aircraft instrument dials: The relative legibility of manifold pressure indicator dials. USAAF SAM, Randolph Field, Texas December 1944.
Loucks, R. B., The relative effectiveness with which various types of azimuth indicators can be interpreted by novices. USAF Air Mat. Comm., Techn. Rep. 5825, Wright Field 1949.
Loucks, R. B., An experimental evaluation of the interpretability of various types of aircraft attitide indicators. AAF Aviat. Psychol. Progr. Res., Rep. 19, 1948.
Matthews, J. L., Physiological effects of reflective, colored, and polarizing ophthalmic filters. USAF SAM, Randolph Field, Texas August 1949.
Milton, J. L., Analysis of pilots’ eye movements in flight. J. Aviat. Med. 1952, 23, 67.
Milton, J. L., Jones, R. E., Morris, J. B., and Fitts, P. M., Pilot reaction time. USAF Air Mat. Comm., Memo-Rep. TSEAA-694–13 a, Eng. Div., Wright Field 1947.
Morrison, A., Gamma radiation form the instruments in aircraft. J. Aviat. Med. 1951, 22, 350.
Orlansky, J., Psychological aspects of stick and rudder controls in aircraft. Aero. Engin. Rev. 1949, 8, 1.
Petersen, O., Über die Sinnfälligkeit von Blindflugmeßgeräten Industr. Psychol. 1939, 16, 225.
Pinson, E. A., and Chapanis, A., Visual factors in the design of military aircraft. J. Aviat. Med. 1946, 17, 115.
Roscoe, S. N., Smith, J. F., Johnson, B. E., Dittmann, P. E., and Williams, A. C., Comparative evaluation of pictorial and symbolic VOR navigation displays in the I-CA-I link trainer. CAA Div. of Res., Rep. 92, 1950.
Rose, H. W., and Ripple, P. H., Visual problems of pilot in prone position. USAF SAM, Randolph Field, Texas 1951.
Vince, M. A., Direction of movements of machine controls. Flying Pers. Res. Comm., Rep. 637, Great Britain 1945.
Warrick, M. J., and Grether, W., The effect of pointer alignment on check-reading of engine instrument panels. USAF Air Mat. Comm., Eng. Div., MCREXD-694–17, Wright Field 1948.
Weitz, J., The coding of airplane control knobs. AAF Aviat. Psychol. Progr. Res., Rep. 19, 1948.
White, W. J., The effect of dial diameter on ocular movements and speed and accuracy of checkreading groups of simulated engine instruments. USAF Air Mat. Comm., Techn. Rep. 5826, Wright Field 5949.
Williams, S. B. Suggestions concerning desirable display characteristics for aircraft instruments. Spec. Dev. Center, Office of Naval Res., Rep. SDC-71-,6–4, 1949.
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© 1953 Johann Ambrosius Barth-München
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Gerathewohl, S.J., Deutschen Aeronautischen Gesellschaft E. V.. (1953). Technische Befähigung und Fliegen. In: Die Psychologie des Menschen im Flugzeug. Springer, Berlin, Heidelberg. https://doi.org/10.1007/978-3-642-93607-4_5
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DOI: https://doi.org/10.1007/978-3-642-93607-4_5
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