The work deals with the use of geometric parameterization for shape description of some parts of the airplane. Geometric parametrization is used for creating a parametric model airfoil. This parametric model allows local deformations pobrchu profile and can easily be applied to generate the geometry of the wing or other parts letoumu. Some properties of the parametric model were tested applications in aerodynamic optimization. Furthermore, the work deals with the parametric description of the blades, the aerodynamic optimization and noise analysis. For propeller blade were created distribution function of the control parameters that can be used in aerodynamic optimization of the blades. Geometric parameterization is used for identifying the...
This thesis represents a step forward to bring geometry parameterization and control on par with the...
The content of the presented thesis is advanced optimization of the aerofoil wing of a general aircr...
This thesis represents a step forward to bring geometry parameterization and control on par with the...
The present paper focuses on the possibilities and strategies to model parametric and aircraft shape...
Mathematically accurate shape generation for aerospace applications needs to keep up with progress i...
A parametric model is presented for the blended-wing-body airplane, one concept being proposed for t...
A new parametrization method for aircraft shapes is presented to enhance shape optimization for airc...
A new parametrization method for aircraft shapes is presented to enhance shape op-timization for air...
In the article methodology for the construction of parametric model for natural vibration analysis o...
This thesis describes the design and development of software to parametrically build three-dimension...
This thesis describes the design and development of software to parametrically build three-dimension...
In the aircraft industry, shape optimization is fast becoming a major component of aerodynamic desig...
A fundamental part of aircraft design involves wing airfoiloptimization, establishing an outer shape...
An evolutionary geometry parametrization is established to represent aerodynamic configurations. Thi...
An evolutionary geometry parametrization is established to represent aerodynamic configurations. Thi...
This thesis represents a step forward to bring geometry parameterization and control on par with the...
The content of the presented thesis is advanced optimization of the aerofoil wing of a general aircr...
This thesis represents a step forward to bring geometry parameterization and control on par with the...
The present paper focuses on the possibilities and strategies to model parametric and aircraft shape...
Mathematically accurate shape generation for aerospace applications needs to keep up with progress i...
A parametric model is presented for the blended-wing-body airplane, one concept being proposed for t...
A new parametrization method for aircraft shapes is presented to enhance shape optimization for airc...
A new parametrization method for aircraft shapes is presented to enhance shape op-timization for air...
In the article methodology for the construction of parametric model for natural vibration analysis o...
This thesis describes the design and development of software to parametrically build three-dimension...
This thesis describes the design and development of software to parametrically build three-dimension...
In the aircraft industry, shape optimization is fast becoming a major component of aerodynamic desig...
A fundamental part of aircraft design involves wing airfoiloptimization, establishing an outer shape...
An evolutionary geometry parametrization is established to represent aerodynamic configurations. Thi...
An evolutionary geometry parametrization is established to represent aerodynamic configurations. Thi...
This thesis represents a step forward to bring geometry parameterization and control on par with the...
The content of the presented thesis is advanced optimization of the aerofoil wing of a general aircr...
This thesis represents a step forward to bring geometry parameterization and control on par with the...