The paper describes the motion of a multibody in space environment: by space environment we mean space-varying gravity, gradient forces, control forces, if any. . Two different formulation have been outlined, compared and discussed,Comparison of the two approaches shows perfect agreement (as one should have expected), since they are both exact models referring to the same physical system. In general, however, the Eulerian approach lends itself to a better understanding of physical facts, in particular, of the entity of the reactions and of the corresponding structural stresses
The equations of motion for a constrained multibody system are derived from a continuum mechanical p...
The equations of motion for a multibody system are derived from a continuum mechanical point of view...
New and recently developed concepts useful for obtaining and solving equations of motion of multibod...
Multibody dynamics for space applications is dictated by space environment such as space-varying gra...
The equation of motion of a multibody system, described here as a chain of rigid bars and revolute j...
In order to simulate the behavior of a space multibody system, the paper shows the possibility of sh...
In order to simulate the behavior of a space multibody system, the paper shows the possibility of sh...
Classical mechanics is the study of the motion of particles, solid bodies or of systems of bodies, a...
In the past the deployment of space structures has widely been analysed by using multibody formulati...
This dissertation studies the dynamics and control of multibody systems, and their numerical simulat...
This dissertation studies the dynamics and control of multibody systems, and their numerical simulat...
"Series title: Springerbriefs in applied sciences and technology, ISSN 2191-530X"This chapter presen...
A relatively general formulation for the governing equations of motion, applicable to a large class ...
The thesis aims at studying the dynamics of single and multibody systems with a variety of spacecraf...
The thesis aims at studying the dynamics of single and multibody systems with a variety of spacecraf...
The equations of motion for a constrained multibody system are derived from a continuum mechanical p...
The equations of motion for a multibody system are derived from a continuum mechanical point of view...
New and recently developed concepts useful for obtaining and solving equations of motion of multibod...
Multibody dynamics for space applications is dictated by space environment such as space-varying gra...
The equation of motion of a multibody system, described here as a chain of rigid bars and revolute j...
In order to simulate the behavior of a space multibody system, the paper shows the possibility of sh...
In order to simulate the behavior of a space multibody system, the paper shows the possibility of sh...
Classical mechanics is the study of the motion of particles, solid bodies or of systems of bodies, a...
In the past the deployment of space structures has widely been analysed by using multibody formulati...
This dissertation studies the dynamics and control of multibody systems, and their numerical simulat...
This dissertation studies the dynamics and control of multibody systems, and their numerical simulat...
"Series title: Springerbriefs in applied sciences and technology, ISSN 2191-530X"This chapter presen...
A relatively general formulation for the governing equations of motion, applicable to a large class ...
The thesis aims at studying the dynamics of single and multibody systems with a variety of spacecraf...
The thesis aims at studying the dynamics of single and multibody systems with a variety of spacecraf...
The equations of motion for a constrained multibody system are derived from a continuum mechanical p...
The equations of motion for a multibody system are derived from a continuum mechanical point of view...
New and recently developed concepts useful for obtaining and solving equations of motion of multibod...