'Low frequency modes' presentation slideshows

Why We Need SONG

Why We Need SONG. Sarbani Basu Yale University. Image courtesy J. Christensen-Dalsgaard. Observing in Velocity: Lower Noise. Observing in Velocity: non-zero l =3 response. We do not know how to model the near surface layers of stars. Problems convection/turbulence Atmospheres

418 views • 31 slides

Gust Load Alleviation Using Nonlinear Reduced Models For Control Law Design

Gust Load Alleviation Using Nonlinear Reduced Models For Control Law Design. N.D.Tantaroudas K.J . Badcock, A. Da Ronch University of Liverpool, UK Bristol , 13 December 2012

421 views • 28 slides

Adaptation of the LOWL Pipeline for PICARD Medium-l Program

393 views • 27 slides

Nonlinear Model Reduction for Flexible Aircraft Control Design A. Da Ronch and K.J. Badcock

Nonlinear Model Reduction for Flexible Aircraft Control Design A. Da Ronch and K.J. Badcock University of L iverpool , UK Bristol, 8 December 2011. FlexFlight : Nonlinear Flexibility Effects on Flight Dynamics & Control of Next Generation Aircraft. Overview

321 views • 19 slides

Lecture 27. Debye Model of Solids, Phonon Gas

? ?. 1. 3. 2. 3 N. In 1907, Einstein developed the first quantum-mechanical model of solids that was able to qualitatively describe the low- T heat capacity of the crystal lattice. Although this was a crucial step in the right direction, the model was too crude.

1.23k views • 15 slides