Abstract. The non-oriented and oriented linear graph techniques are used for the kinematic analy-sis of bevel-gear trains. In this paper, these two techniques are compared and the weaknesses of each technique are shown. In order to overcome the weaknesses of these techniques a new graph-ical technique called Tsai–Tokad (T–T) graph is introduced incorporating the important feature of the non-oriented graph which helps to determine the transfer vertex and the oriented graph tech-nique. The theory is demonstrated by the kinematic analysis of articulated robotic mechanism used by Cincinnati Milacron T3
In this paper, a systematic procedure is developed for the identification of fundamental circuits an...
We introduce a kinematic graph in this article. A kinematic graph results from structuring the data ...
This paper presents a general kinematic analysis method for complex gear mechanisms. This approach i...
International audienceA. ABSTRACT In this paper, the kinematic structure of the geared robotic mecha...
Summary. In this paper, the kinematic structure of tendon-driven robotic mechanisms is investigated ...
In this paper, a general method for kinematic analysis of complex gear mechanisms, including bevel g...
The kinematic structure of tendon-driven robotic mechanisms has been investigated with the aid of gr...
The network model approach for rigid and multi-rigid body systems developed recently [1,2] can also ...
Analysis and synthesis of mechanisms are basic engineering tasks. They can suffer from errors due to...
Analysis and synthesis of mechanisms is one of the fundamental tasks of engineering. Mechanisms can ...
A systematic approach has been developed for the kinematic analysis of multi-degree-of-freedom robot...
This paper celebrates a particular branch of Crossley's early work dedicated to Mechanism Science, w...
A new methodology for the velocity ratio analysis of epicyclic-type transmission mechanism is presen...
New graph theoretic models of gears, gear trains and geared systems are developed, which are suitabl...
The paper presents, among others, a survey of works connected with the problem of the modeling of ge...
In this paper, a systematic procedure is developed for the identification of fundamental circuits an...
We introduce a kinematic graph in this article. A kinematic graph results from structuring the data ...
This paper presents a general kinematic analysis method for complex gear mechanisms. This approach i...
International audienceA. ABSTRACT In this paper, the kinematic structure of the geared robotic mecha...
Summary. In this paper, the kinematic structure of tendon-driven robotic mechanisms is investigated ...
In this paper, a general method for kinematic analysis of complex gear mechanisms, including bevel g...
The kinematic structure of tendon-driven robotic mechanisms has been investigated with the aid of gr...
The network model approach for rigid and multi-rigid body systems developed recently [1,2] can also ...
Analysis and synthesis of mechanisms are basic engineering tasks. They can suffer from errors due to...
Analysis and synthesis of mechanisms is one of the fundamental tasks of engineering. Mechanisms can ...
A systematic approach has been developed for the kinematic analysis of multi-degree-of-freedom robot...
This paper celebrates a particular branch of Crossley's early work dedicated to Mechanism Science, w...
A new methodology for the velocity ratio analysis of epicyclic-type transmission mechanism is presen...
New graph theoretic models of gears, gear trains and geared systems are developed, which are suitabl...
The paper presents, among others, a survey of works connected with the problem of the modeling of ge...
In this paper, a systematic procedure is developed for the identification of fundamental circuits an...
We introduce a kinematic graph in this article. A kinematic graph results from structuring the data ...
This paper presents a general kinematic analysis method for complex gear mechanisms. This approach i...