Project KRIT
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These are the documents telling the story of Krit project at Central Aerohydrodynamics Institute (TsAGI) at Zhukovsky, Russia – and beyond. It includes the development of some math methods (bifurcation theory, continuation method, methods for computing equilibrium and periodic solutions of the systems of nonlinear ordinary differential equations) and their applications in aircraft dynamics (especially for investigating critical flight regimes e.g. spin, stall, roll coupling, wing rock etc.)
Здесь выкладываются материалы, посвященные проекту КРИТ, в рамках которого в Центральном аэрогидродинамиче
Tags
aircraft dynamics
nonlinear dynamics
bifurcation analysis
high angles of attack
continuation
spin
krit toolbox
stall
roll coupling
krit package
closed orbits
poincare mapping
spin recovery
periodic solutions
mathematical model
linear regression
identification
nonlinear aerodynamics
pii
flight data analysis
data correlation
nonlinear systems
asymptotic stability regions
ssne
qualitative methods
limit cycles
closed loop dynamics
domains of attraction
asymmetry
aerodynamic modeling
unsteady aerodynamics
russia
global stability
wing rock
critical flight regimes
simulators
anti-spin parachute
bifurcation diagrams
russian language
regression analysis
attainable equilibrium sets
aes
pitch rocking technique
ussr
nonlinear equations
software
matlab
ndi
regions of attraction
closed-loop dynamics
admire
control law design
delta wing
chaotic dynamics
high angle-of-attack
wind tunnel
gui
qualitative analysis
phase portrait
complex attractors
aerodynamic model
experimental aerodynamics
aerodynamic asymmetry
aerodynamic hysteresis
attractors
strange attractor
homoclinic trajectories
chaos
uk
control law
dynamical system
france
bifurcation surfaces
usa
bifurcation
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