Effect of Geometrical Parameters of a Tethered Aerostat on Longitudinal Stability Boundaries

Author:

Kumar Rakesh,Ghosh A. K.

Publisher

Springer Nature Singapore

Reference20 articles.

1. Gupta P, Pant RS (Dec 2005) A methodology for initial sizing and conceptual design studies of an aerostat, international seminar on challenges on aviation technology, integration and operations (CATIO-05), technical. Sessions of 57th annual general meeting of aeronautical society of India

2. Gawande VN, Bilaye P, Gawale AC, Pant RS, Desai UB (Sept 2007) Design and fabrication of an aerostat for wireless communication in remote areas. System technology conference, Belfast, Northern Ireland, UK

3. Raina AA, Bhandari KM, Pant RS (6–10 April 2009) Conceptual design of a high altitude aerostat for study of snow patterns. Proceedings of international symposium on snow and avalanches (ISSA-09), SASE, Manali, India

4. Rajani A, Pant RS, Sudhakar K (4–7 May 2009) Dynamic stability analysis of a tethered aerostat. Proceedings of 18th AIAA lighter-than-air system technology conference, seattle, Washington, USA

5. Rajani A, Pant RS, Sudhakar K (Sept–Oct 2010) Dynamic stability analysis of a tethered aerostat. J Aircraft 47(5)

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