Two methods for the aerodynamic forces conversions from frequency into Laplace domain were conceived and validated: Least Squares LS and Minimum State MS, on the Bombardier CL-604 aircraft. A new feature was added in these two methods consisting in the writing of the error calculated by LS and MS classical methods under an analytical form similar to the LS and MS form of approximated aerodynamic forces; this error was once again minimized. Then, new methods using this new feature were called: Corrected Least Squares CLS and Corrected Minimum State CMS methods (as error was once again corrected). All these four methods were programmed in Matlab to approximate the unsteady aerodynamic forces from frequency domain to Laplace domain
Aircraft manufacturers have to prove a flutter free design for all operational cases within the comp...
In this paper, a general approach to address modeling of aeroelastic systems, with the final goal to...
Experience has shown that aircraft structures are generally affected by structural nonlinearities. T...
Is known that aeroservoelasticity is a multidisciplinary study for the interactions of three discipl...
Calculating the flutter boundary by solving the Reynolds averaged Navier Stokes (RANS) equations in ...
Aeroelasticity is concerned with the interaction of aerodynamic forces and the resulting structural ...
AbstractRecently, frequency-based least-squares (LS) estimators have found wide application in ident...
Efficient and accurate prediction of derivatives from aerodynamic forces and moments of aircrafts ar...
An improved method is developed for the approximation of generalized, unsteady aerodynamic forces by...
Linearized aeroelastic stability and response analyses in the state domain may require the identific...
The lightweight structures and unconventional configurations being considered for the next generatio...
Aeroelastic limit-cycle oscillations (LCO) due to aerodynamic non-linearities are usually investigat...
Various control analysis, design, and simulation techniques for aeroelastic applications require the...
Thesis (Master's)--University of Washington, 2018Whether motivated by cost or performance, the shift...
Prepared at Langley Research Center.Bibliography: p. 16.Mode of access: Internet
Aircraft manufacturers have to prove a flutter free design for all operational cases within the comp...
In this paper, a general approach to address modeling of aeroelastic systems, with the final goal to...
Experience has shown that aircraft structures are generally affected by structural nonlinearities. T...
Is known that aeroservoelasticity is a multidisciplinary study for the interactions of three discipl...
Calculating the flutter boundary by solving the Reynolds averaged Navier Stokes (RANS) equations in ...
Aeroelasticity is concerned with the interaction of aerodynamic forces and the resulting structural ...
AbstractRecently, frequency-based least-squares (LS) estimators have found wide application in ident...
Efficient and accurate prediction of derivatives from aerodynamic forces and moments of aircrafts ar...
An improved method is developed for the approximation of generalized, unsteady aerodynamic forces by...
Linearized aeroelastic stability and response analyses in the state domain may require the identific...
The lightweight structures and unconventional configurations being considered for the next generatio...
Aeroelastic limit-cycle oscillations (LCO) due to aerodynamic non-linearities are usually investigat...
Various control analysis, design, and simulation techniques for aeroelastic applications require the...
Thesis (Master's)--University of Washington, 2018Whether motivated by cost or performance, the shift...
Prepared at Langley Research Center.Bibliography: p. 16.Mode of access: Internet
Aircraft manufacturers have to prove a flutter free design for all operational cases within the comp...
In this paper, a general approach to address modeling of aeroelastic systems, with the final goal to...
Experience has shown that aircraft structures are generally affected by structural nonlinearities. T...