This paper aims to present the advantages of a multibody modeling approach, adapted to all kinds of satellites. This approach gives not only a linearized satellite model at a nominal parametric configuration but also a linearized parameterized model available on a parametric range. Resulting dynamic models are representative of the couplings between different axes and the impact of flexibility. The two contributions of the paper concern the ability of these dynamic models to simulation purposes and the parameterization of the overall satellite model in terms of the inclination of a flexible appendage, useful for a parametric sensitivity study
This paper investigates the effects of model fidelity and parameter uncertainty on the performance o...
The thesis identifies several limitations in the modelling and attitude stability analysis of two cl...
In this thesis, modeling and robust attitude control problems of large flexible space structures are...
In this paper, the modeling of flexible multi-body systems (typically a satellite), the design of a ...
Many satellites include flexible deploy-able appendages and structures as a method of increasing mis...
We present here a method and some tools developed to build linear models of multi-body systems for s...
Flexibility plays an important role in the design of space missions. Algorithms able to derive the d...
In this paper, a multi-model H1 synthesis scheme for fixed-structure controller design is developed ...
Modern space missions for Earth Observation (EO) purposes often rely on satellites equipped with ver...
The design of large space structures (LSS) requires the use of design and analysis tools that includ...
We present here a method and some tools developed to build linear models of multi-body systems for s...
In this study, a few of the modeling methods for flexible spacecraft were introduced and adopted to ...
In recent years, the applications related to artificial satellites have considerably grown in severa...
The Two-Input Two-Output Port model approach was proposed as a general tool to model flexible multi-...
During the last decades, large deployable structures are starting to be seen as a plausible configur...
This paper investigates the effects of model fidelity and parameter uncertainty on the performance o...
The thesis identifies several limitations in the modelling and attitude stability analysis of two cl...
In this thesis, modeling and robust attitude control problems of large flexible space structures are...
In this paper, the modeling of flexible multi-body systems (typically a satellite), the design of a ...
Many satellites include flexible deploy-able appendages and structures as a method of increasing mis...
We present here a method and some tools developed to build linear models of multi-body systems for s...
Flexibility plays an important role in the design of space missions. Algorithms able to derive the d...
In this paper, a multi-model H1 synthesis scheme for fixed-structure controller design is developed ...
Modern space missions for Earth Observation (EO) purposes often rely on satellites equipped with ver...
The design of large space structures (LSS) requires the use of design and analysis tools that includ...
We present here a method and some tools developed to build linear models of multi-body systems for s...
In this study, a few of the modeling methods for flexible spacecraft were introduced and adopted to ...
In recent years, the applications related to artificial satellites have considerably grown in severa...
The Two-Input Two-Output Port model approach was proposed as a general tool to model flexible multi-...
During the last decades, large deployable structures are starting to be seen as a plausible configur...
This paper investigates the effects of model fidelity and parameter uncertainty on the performance o...
The thesis identifies several limitations in the modelling and attitude stability analysis of two cl...
In this thesis, modeling and robust attitude control problems of large flexible space structures are...