The paper presents a proposed method for underlying the presence of tangential percussions occurring in multibody systems. Tangential percussions define a relatively newly introduced concept required by the necessity of explaining the sudden change in the state of motion for two bodies interacting only on a direction from the common tangent plane. In robotics domain, normal and tangential percussions are widely met in the case of robotic hands in the moment of contacting the manipulated object
This paper examines the phenomenon of frictionless contact between rigid bodies that are already sub...
We motivate and discuss the design of a physically intu-itive haptic drumstick. A new musical instru...
One of the advantages of using a physical modeling method for the generation of percussions sounds i...
A new approach is developed for the general collision problem of two rigid body systems with constra...
In this article we describe two experiments, performed with instrumentation commonly available in un...
There are several applications in robotics and manufacturing in which nominally rigid objects are su...
There are several applications in robotics and manufacturing in which nominally rigid objects are su...
This paper focuses on investigating systematically the phenomenon of the bouncing motion when a robo...
International audienceResearch in contact mechanics is reviewed, mainly based on result determined a...
This paper aims at experimentally investigating the dynamical behaviors when a system of rigid bodie...
This paper deals with the nonsmooth dynamics of a rigid bodies system. The proposed theory is inspir...
The results of an analytical study of the movement of particles of loose materials in screw drums ar...
This paper describes a system for interactive mechanically actuated percussion. Design principles re...
Dynamic simulation of multibody systems plays an important role in a wide range of fields, from robo...
Through highly precise perceptual and sensorimotor activities, the human tactile system continuously...
This paper examines the phenomenon of frictionless contact between rigid bodies that are already sub...
We motivate and discuss the design of a physically intu-itive haptic drumstick. A new musical instru...
One of the advantages of using a physical modeling method for the generation of percussions sounds i...
A new approach is developed for the general collision problem of two rigid body systems with constra...
In this article we describe two experiments, performed with instrumentation commonly available in un...
There are several applications in robotics and manufacturing in which nominally rigid objects are su...
There are several applications in robotics and manufacturing in which nominally rigid objects are su...
This paper focuses on investigating systematically the phenomenon of the bouncing motion when a robo...
International audienceResearch in contact mechanics is reviewed, mainly based on result determined a...
This paper aims at experimentally investigating the dynamical behaviors when a system of rigid bodie...
This paper deals with the nonsmooth dynamics of a rigid bodies system. The proposed theory is inspir...
The results of an analytical study of the movement of particles of loose materials in screw drums ar...
This paper describes a system for interactive mechanically actuated percussion. Design principles re...
Dynamic simulation of multibody systems plays an important role in a wide range of fields, from robo...
Through highly precise perceptual and sensorimotor activities, the human tactile system continuously...
This paper examines the phenomenon of frictionless contact between rigid bodies that are already sub...
We motivate and discuss the design of a physically intu-itive haptic drumstick. A new musical instru...
One of the advantages of using a physical modeling method for the generation of percussions sounds i...