The investigations show that the two kinds of neuro-fuzzy gust response alleviation control laws can alleviate random gust responses effectively.
The net effect of using this reagent in animal models is an antigen-specific modulation of immune responses resulting in the alleviation of allergic responses, the clearance of tumors, and the induction of specific autoimmunity [4], [5], [18], [19], [32].
Closed-loop buffet attenuation, gust response alleviation and flutter suppression results are presented.
Two kinds of neuro-fuzzy gust response alleviation control laws are designed for a flexible large-aspect-ratio wing model.
The neuro-fuzzy gust response alleviation control law including a modifying factor is better than the other one without it.
The comparison indicates that after robust gust response alleviation control, the wing tip acceleration response can be reduced by up to 70% under all test conditions.
The two-control-surface control system has better effects on gust response alleviation than the one-control-surface control system when the gust is strong.
A robust generalized predictive control law for gust response alleviation is designed and simulated on an aircraft model by using the real wind tunnel response and approximated gust input.
Finally, the alleviation effect of gust response at different test conditions is estimated based on the comparison of simulated closed-loop acceleration with an experimental open-loop one.
Lampe, R. H., Wang, S., Cassar, N., Marchetti, A. Strategies among phytoplankton in response to alleviation of nutrient stress in a subtropical gyre.
In addition, we found an increase in the number of nuclear foci for γ-H2AX and phosphorylated ATM/ATR substrates in WRN-deficient MSCs; VC had no influence on these foci formation (Fig. S1A), suggesting a possibility that the restoration of heterochromatin and nuclear lamina components may not be associated with alleviation of DNA damage response (DDR) in WS MSCs.
