Add to ORKGThe study of the dynamical environment near an asteroid pair has become an extremely relevant topic to design trajectories for future missions design. This study analyzes the dynamical environment in the proximity of a binary asteroid system and develops some useful tools to design trajectories about the asteroid couple, exploiting convenient dynamical properties of three-body systems. The interaction between two different three-body systems is analyzed and a convenient dynamical environment is defined in the vicinity of the asteroid pair by introducing the concept of Surface Of Equivalence (SOE). A possible trajectory design method is shown, using invariant manifolds associated to the Circular Restricted Three-Body Problem and multi-dimens...
In this paper a study of the equilibrium points of a rotating non-spherical asteroid is performed wi...
The geometric mechanics of a pair of asteroids in orbit about each other under mutual gravitational ...
Remote sensing instrumentation onboard missions to asteroids is paramount to address many of the fun...
The study of the dynamical environment near an asteroid pair has become an extremely relevant topic ...
The paper presents a strategy for trajectory design in the proximity of a binary asteroid pair. A no...
The smallest bodies of our Solar System, such as asteroids and comets, are characterised by very irr...
The close-proximity exploration of small celestial bodies of our Solar System is the current frontie...
The purpose of this paper is to describe the general setting for the application of techniques from ...
Instead of the two-body problem commonly used in interplanetary trajectory design, also three bodies...
We study a simple model for an asteroid pair, namely a planar system consisting of a rigid body and ...
In this work, we performed a dynamical analysis of a spacecraft around a nearly equal-mass binary ne...
The employment of two or more co-operating spacecraft to achieve complex mission objectives is one o...
With several ongoing and upcoming dedicated asteroid missions, interest in the exploration of astero...
Multi-body systems have become the target of an increasing number of mission concepts and observatio...
In this paper a study of the equilibrium points of a rotating non-spherical asteroid is performed wi...
The geometric mechanics of a pair of asteroids in orbit about each other under mutual gravitational ...
Remote sensing instrumentation onboard missions to asteroids is paramount to address many of the fun...
The study of the dynamical environment near an asteroid pair has become an extremely relevant topic ...
The paper presents a strategy for trajectory design in the proximity of a binary asteroid pair. A no...
The smallest bodies of our Solar System, such as asteroids and comets, are characterised by very irr...
The close-proximity exploration of small celestial bodies of our Solar System is the current frontie...
The purpose of this paper is to describe the general setting for the application of techniques from ...
Instead of the two-body problem commonly used in interplanetary trajectory design, also three bodies...
We study a simple model for an asteroid pair, namely a planar system consisting of a rigid body and ...
In this work, we performed a dynamical analysis of a spacecraft around a nearly equal-mass binary ne...
The employment of two or more co-operating spacecraft to achieve complex mission objectives is one o...
With several ongoing and upcoming dedicated asteroid missions, interest in the exploration of astero...
Multi-body systems have become the target of an increasing number of mission concepts and observatio...
In this paper a study of the equilibrium points of a rotating non-spherical asteroid is performed wi...
The geometric mechanics of a pair of asteroids in orbit about each other under mutual gravitational ...
Remote sensing instrumentation onboard missions to asteroids is paramount to address many of the fun...