This article presents an aeroelastic study of CAWAPI F-16XL aircraft. The structural model of this aircraft is not publicly available and is therefore replaced by a structural model estimate that is constructed based on data available in public literature. The aeroelastic solution is done using solution for two flight conditions-FC70 and FC25. The primary task is to assess the importance of the aeroelastic effects on the FC70 solution and to assess whether large discrepancies are observed at flight condition FC70 between the computational and experimental data
Aeroelastic effects strongly influence the design of an aircraft. To be able to assess those effects...
The structural dynamic problems anticipated during the design of the X-15 airplane are reviewed brie...
Because of the focus on weight minimization, aircraft are becoming more and more flexible. Therefore...
This article presents an aeroelastic study of CAWAPI F-16XL aircraft. The structural model of this a...
This article present an aeroelastic study of CAWAPI F-16XL aircraft. The structural model for this a...
In this chapter numerical simulations of the flow around F-16XL are performed as a contribution to t...
Aeroelasticity studies consist of the interaction and energy transfer between the elastic structure ...
The second Cranked-Arrow Wing Aerodynamics Project, International, coordinated project has been unde...
aeroelasticity flutter finite element method Flutter analyses of fighter aircraft with metallic and ...
The F-16 Ground Vibration Test benchmark features a high order system with clearance and friction no...
The distribution of flight loads on an aircraft structure determine the lift and pitching moment cha...
Aeroelastic phenomena encountered during flight have considerable effects on the aerodynamic charact...
The experimental data made available to the Workshop participants were acquired on a full-scale F-16...
THE effects of flexibility on the flight dynamics of large transport aircraft have been shown to be ...
Numerical computational methods are getting more and more sophisticated every day, enabling more acc...
Aeroelastic effects strongly influence the design of an aircraft. To be able to assess those effects...
The structural dynamic problems anticipated during the design of the X-15 airplane are reviewed brie...
Because of the focus on weight minimization, aircraft are becoming more and more flexible. Therefore...
This article presents an aeroelastic study of CAWAPI F-16XL aircraft. The structural model of this a...
This article present an aeroelastic study of CAWAPI F-16XL aircraft. The structural model for this a...
In this chapter numerical simulations of the flow around F-16XL are performed as a contribution to t...
Aeroelasticity studies consist of the interaction and energy transfer between the elastic structure ...
The second Cranked-Arrow Wing Aerodynamics Project, International, coordinated project has been unde...
aeroelasticity flutter finite element method Flutter analyses of fighter aircraft with metallic and ...
The F-16 Ground Vibration Test benchmark features a high order system with clearance and friction no...
The distribution of flight loads on an aircraft structure determine the lift and pitching moment cha...
Aeroelastic phenomena encountered during flight have considerable effects on the aerodynamic charact...
The experimental data made available to the Workshop participants were acquired on a full-scale F-16...
THE effects of flexibility on the flight dynamics of large transport aircraft have been shown to be ...
Numerical computational methods are getting more and more sophisticated every day, enabling more acc...
Aeroelastic effects strongly influence the design of an aircraft. To be able to assess those effects...
The structural dynamic problems anticipated during the design of the X-15 airplane are reviewed brie...
Because of the focus on weight minimization, aircraft are becoming more and more flexible. Therefore...