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11 11 Swan, W.C. A Review of the Configuration Development of the US Supersonic Transport, Paper 17. 11th Anglo‐American Aeronautical Conference, London, UK, September 8–12; 1969.

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15 15 Poisson‐Quinton, Ph. First Generation Supersonic Transports. ONERA TP 1976‐113, 1976.

16 16 Shevell, R.S. The Technical Development of Transport Aircraft – Past and Future. AIAA Paper No. 78‐1530, August 1978. https://doi.org/10.2514/3.57876

17 17 Forestier, J., Lecomte P., and Poisson‐Quinton Ph. Les Programmes de Transport Supersonique dans les Années Soixante'. Proceedings of the European Symposium on Future Supersonic/Hypersonic Transportation Systems, Strasbourg, November, 1989.

18 18 Reimers, H.D. Das Überschallverkehsflugzeug der Zweite Generation – Eine Zweite Chance?! DGLR Jahrbuch, 93‐03‐029:1239–1250; 1993.

19 19 Seebass, R., and Woodhull J.R. History and Economics of, and Prospects for, Commercial Supersonic Transport. RTO AVT Course on Fluid Dynamic Research on Supersonic Aircraft, Rhode‐Saint‐Genèse, Belgium, Published in RTO EN‐4, 25–29 May, 1998.

20 20 Collard, D. Concorde Airframe Design and Development. SAE Trans. 100:2620–2641; 1991. www.jstor.org/stable/44548119.

21 21 Mercure, R.A. NASA's Supersonic Commercial Aircraft Technology Development – Background and Current Status. ICAS Congress Presentation, September 2002.

22 22 Torenbeek, E., Jesse E., and Laban M. Conceptual Design and Analysis of a Mach 1.6 Airliner. AIAA Paper No. 2004‐4541, September 2004. https://doi.org/10.2514/6.2004‐4541

23 23 Mathieu, M.S., et al. Preliminary Design of a N+1 Overwater Supersonic Commercial Transport Aircraft, AIAA Paper 2017‐1387. https://doi.org/10.2514/6.2017‐1387