This paper presents the kinematic synthesis of a CRR serial chain. This is a four-degree-of-freedom chain constructed from a cylindric joint and two revolute joints in series. The design equations for this chain are obtained from the dual quaternion kinematics equations evaluated at a specified set of task positions. In this case, we find that the chain is completely defined by seven task positions. Furthermore, our solution of these equations has yielded 52 candidate designs, so far. There may be many more. This synthesis methodology shows promise for the design of constrained serial chainsPeer ReviewedPostprint (author's final draft
A novel dimensional synthesis technique for solving the mixed exact and approximate motion synthesis...
ABSTRACT In this paper, we consider the complete synthesis of planar 2R chains, in which the five de...
A novel dimensional synthesis technique for solving the mixed exact and approximate motion synthesis...
This paper presents the kinematic synthesis of a CRR serial chain. This is a four-degree-of-freedom ...
Abstract: This article presents a formulation of the design equations for a spatial serial chain tha...
ABSTRACT In this paper, we consider the problem of designing planar six-bar linkages which can be dr...
In this paper, we consider the problem of designing mechanical constraints for a planar serial chain...
In this paper, five positions of a planar RPR serial chain are specified and the synthesis equations...
In this paper, we consider the problem of designing mechanical constraints for a planar serial chain...
Modern design techniques of planar mechanisms depend on kinematic serial chains. Designers may use n...
exp nd m a s fo lds rai r p s a ics nd to design nR planar serial chains in which the n joints are c...
This dissertation provides a new methodology for the kinematic synthesis of spatial linkages constru...
This paper presents a synthesis methodology for parallel robots based on the dual quaternion synthes...
This paper presents a synthesis procedure for a spatial 4R linkage, known as Bennett’s linkage. It i...
The novel class of mechanisms called Single Degree-offreedom Coupled Serial Chain (SDCSC) mechanisms...
A novel dimensional synthesis technique for solving the mixed exact and approximate motion synthesis...
ABSTRACT In this paper, we consider the complete synthesis of planar 2R chains, in which the five de...
A novel dimensional synthesis technique for solving the mixed exact and approximate motion synthesis...
This paper presents the kinematic synthesis of a CRR serial chain. This is a four-degree-of-freedom ...
Abstract: This article presents a formulation of the design equations for a spatial serial chain tha...
ABSTRACT In this paper, we consider the problem of designing planar six-bar linkages which can be dr...
In this paper, we consider the problem of designing mechanical constraints for a planar serial chain...
In this paper, five positions of a planar RPR serial chain are specified and the synthesis equations...
In this paper, we consider the problem of designing mechanical constraints for a planar serial chain...
Modern design techniques of planar mechanisms depend on kinematic serial chains. Designers may use n...
exp nd m a s fo lds rai r p s a ics nd to design nR planar serial chains in which the n joints are c...
This dissertation provides a new methodology for the kinematic synthesis of spatial linkages constru...
This paper presents a synthesis methodology for parallel robots based on the dual quaternion synthes...
This paper presents a synthesis procedure for a spatial 4R linkage, known as Bennett’s linkage. It i...
The novel class of mechanisms called Single Degree-offreedom Coupled Serial Chain (SDCSC) mechanisms...
A novel dimensional synthesis technique for solving the mixed exact and approximate motion synthesis...
ABSTRACT In this paper, we consider the complete synthesis of planar 2R chains, in which the five de...
A novel dimensional synthesis technique for solving the mixed exact and approximate motion synthesis...