Dipartimento di Elettronica e Informazione MATEO-ANTASME Project meeting Milano, May 21, 2007.
Chapter 3 FLUID-FLOW CONCEPTS AND BASIC EQUATIONS.
Model Reduction for CFD-based Gust Loads Analysis A. Da Ronch & K.J. Badcock University of Liverpool, U.K. ASRC, Bristol, U.K. 13 December 2012 email:
Reduction of Nonlinear Models for Control Applications A. Da Ronch, N.D. Tantaroudas, and K.J. Badcock University of Liverpool, U.K. AIAA Paper 2013-1941.
Python-based Framework for CFD- based Simulation of Free-Flying Flexible Aircraft: Progress A. Da Ronch University of Liverpool, U.K. IC, London, U.K.
Model Reduction for CFD-based Gust Loads Analysis A. Da Ronch & K.J. Badcock
Reduction of Nonlinear Models for Control Applications
