We re-derive a general procedure to substitute any rigid body by an equivalent system of exactly four masses, located at the vertices of an irregular tetrahedron
Multibody models are often constructed with moving intermediate reference frames to characterize cri...
Methods of modeling mass for bars are surveyed. A method for extending John Archer's concept of cons...
Computational models of solid objects are potentially useful in a variety of scientific and engineer...
We re-derive a general procedure to substitute any rigid body by an equivalent system of exactly fou...
The inertia matrix of any rigid body is the same as the inertia matrix of some system of four point-...
Three different concepts from the past are reviewed from a more modern standpoint. Constructing an e...
Part twelve of course materials for Classical Dynamics (Physics 520), taught by Gerhard Müller at th...
In this paper we prove that there are only two different classes of central configura- tions with c...
Encyclopedia of Applied and Computational Mathematics, SpringerFull entry in Encyclopedia of Applied...
This paper demonstrates that techniques in flexible body dynamics can yield surprising results when ...
In the preceding chapter we observed that a particle would remain in equilibrium, in a state of rest...
In the dynamics of multibody systems that consist of interconnected rigid and de-formable bodies, it...
Given a physical system which can be described as a rigid body (i.e. an ideal solid body of finite s...
written before the field of multibody system dynamics had adopted its current name. Indeed, the firs...
The paper presents a numerical method used for kinematical study of a complex mechanical systemconsi...
Multibody models are often constructed with moving intermediate reference frames to characterize cri...
Methods of modeling mass for bars are surveyed. A method for extending John Archer's concept of cons...
Computational models of solid objects are potentially useful in a variety of scientific and engineer...
We re-derive a general procedure to substitute any rigid body by an equivalent system of exactly fou...
The inertia matrix of any rigid body is the same as the inertia matrix of some system of four point-...
Three different concepts from the past are reviewed from a more modern standpoint. Constructing an e...
Part twelve of course materials for Classical Dynamics (Physics 520), taught by Gerhard Müller at th...
In this paper we prove that there are only two different classes of central configura- tions with c...
Encyclopedia of Applied and Computational Mathematics, SpringerFull entry in Encyclopedia of Applied...
This paper demonstrates that techniques in flexible body dynamics can yield surprising results when ...
In the preceding chapter we observed that a particle would remain in equilibrium, in a state of rest...
In the dynamics of multibody systems that consist of interconnected rigid and de-formable bodies, it...
Given a physical system which can be described as a rigid body (i.e. an ideal solid body of finite s...
written before the field of multibody system dynamics had adopted its current name. Indeed, the firs...
The paper presents a numerical method used for kinematical study of a complex mechanical systemconsi...
Multibody models are often constructed with moving intermediate reference frames to characterize cri...
Methods of modeling mass for bars are surveyed. A method for extending John Archer's concept of cons...
Computational models of solid objects are potentially useful in a variety of scientific and engineer...
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