AbstractThis paper characterizes the dead-center positions of a planar mechanism in terms of implicit bars, that can be described in their turn in terms of relative motion centers. Consequently, a graphical procedure for finding motion centers leads to a geometric description for dead-point positions. We give a survey of existing geometric constructions for motion centers, and we illustrate a new technique that makes use of the “Baracs construction”
Abs t rac t This paper investigates the problem of reasoning about the kinematic interactions betwee...
Mechanisms with lower mobility can be studied by using tools that are directly deduced from those of...
Patent for a "mechanism for overcoming what are known in mechanics as 'dead-centers,' which occur in...
AbstractThis paper characterizes the dead-center positions of a planar mechanism in terms of implici...
AbstractFor an infinitesimal motion of a given planar mechanisms we can consider a relative motion c...
In a planar mechanism, the position of the instant centers reveals important pieces of information a...
Many even complex machines employ single-dof planar mechanisms. The instantaneous kinematics of plan...
Instantaneous center (IC) analysis of a mechanism is very important in mechanism analysis, since the...
Instant centers’ (ICs’) locations of single-degree-of-freedom (single-dof) planar mechanisms depend ...
The instant centers of velocity (ICs) of most planar mechanisms can be determined as the intersectio...
Coordinated centers of curvature in a linkage networkmechanism may be found by way of linkage reduct...
An important aspect of qualitative spatial reasoning is understanding mechanisms. This paper present...
An important aspect of qualitative spatial reasoning is understanding mechanisms. This paper present...
In the literature, velocity coefficients (VCs) and acceleration coefficients (ACs) were substantiall...
In spherical mechanisms (SMs), instantaneous pole axes (IPAs) play the same role as instant centres ...
Abs t rac t This paper investigates the problem of reasoning about the kinematic interactions betwee...
Mechanisms with lower mobility can be studied by using tools that are directly deduced from those of...
Patent for a "mechanism for overcoming what are known in mechanics as 'dead-centers,' which occur in...
AbstractThis paper characterizes the dead-center positions of a planar mechanism in terms of implici...
AbstractFor an infinitesimal motion of a given planar mechanisms we can consider a relative motion c...
In a planar mechanism, the position of the instant centers reveals important pieces of information a...
Many even complex machines employ single-dof planar mechanisms. The instantaneous kinematics of plan...
Instantaneous center (IC) analysis of a mechanism is very important in mechanism analysis, since the...
Instant centers’ (ICs’) locations of single-degree-of-freedom (single-dof) planar mechanisms depend ...
The instant centers of velocity (ICs) of most planar mechanisms can be determined as the intersectio...
Coordinated centers of curvature in a linkage networkmechanism may be found by way of linkage reduct...
An important aspect of qualitative spatial reasoning is understanding mechanisms. This paper present...
An important aspect of qualitative spatial reasoning is understanding mechanisms. This paper present...
In the literature, velocity coefficients (VCs) and acceleration coefficients (ACs) were substantiall...
In spherical mechanisms (SMs), instantaneous pole axes (IPAs) play the same role as instant centres ...
Abs t rac t This paper investigates the problem of reasoning about the kinematic interactions betwee...
Mechanisms with lower mobility can be studied by using tools that are directly deduced from those of...
Patent for a "mechanism for overcoming what are known in mechanics as 'dead-centers,' which occur in...