An infinite number of planar linkage solutions exist for a prescribed rigid body positions. Given a set of precision points, determining fixed pivot and moving pivot curves, sorting through limitless number of possible solutions to find optimal link parameters that satisfies compactness criteria can be a daunting task. In this work, an algorithm is developed and presented by which user can select an optimal linkage from all the mechanism solutions by using Pole and Angle Based Design Method. The significance of poles for design of linkage and hence a mechanism is also determined. The numerical examples presented in this work for two position, three position and four position analysis of a linkage to develop a moving pivot curve using Pole a...
This paper gives complex number solutions to the following problem. A rotating link and a plane are ...
A method is presented for generating linkage mechanisms consisting of frame members. A quadratic pro...
An infinite number of planar four-bar mechanism solutions exist for a series of prescribed rigid-bod...
Presented in this thesis are novel methodologies for the analysis and optimization of planar, spheri...
Planar linkages play a very important role in mechanical engineering. As the simplest closed chain m...
This paper presents a new design methodology for crank-rocker four-bar linkages based on differentia...
This paper classifies the movement of the RRSS spatial linkage in terms of its link dimensions. The ...
This paper explores an automated methodology to design eight-bar linkages for five positions, by con...
In this paper, the algebraic input–output (IO) equations for planar RRRP and PRRP linkages are deriv...
The Planar Mechanism Kinematic Simulator (PMKS) is an important software tool for the kinematic anal...
In this paper we present an algorithm that automatically creates the linkage loop equations for plan...
W artykule przedstawiono propozycję metody wyznaczania położenia węzłów mechanizmu czworoboku przegu...
This dissertation presents research into the automation of the configuration analysis of eight-bar l...
A new Coupler Critical Dimensions (CCD) approach to define mobility criteria (crank, rocker conditio...
In this paper, we present an algorithm that automatically creates the linkage loop equations for pla...
This paper gives complex number solutions to the following problem. A rotating link and a plane are ...
A method is presented for generating linkage mechanisms consisting of frame members. A quadratic pro...
An infinite number of planar four-bar mechanism solutions exist for a series of prescribed rigid-bod...
Presented in this thesis are novel methodologies for the analysis and optimization of planar, spheri...
Planar linkages play a very important role in mechanical engineering. As the simplest closed chain m...
This paper presents a new design methodology for crank-rocker four-bar linkages based on differentia...
This paper classifies the movement of the RRSS spatial linkage in terms of its link dimensions. The ...
This paper explores an automated methodology to design eight-bar linkages for five positions, by con...
In this paper, the algebraic input–output (IO) equations for planar RRRP and PRRP linkages are deriv...
The Planar Mechanism Kinematic Simulator (PMKS) is an important software tool for the kinematic anal...
In this paper we present an algorithm that automatically creates the linkage loop equations for plan...
W artykule przedstawiono propozycję metody wyznaczania położenia węzłów mechanizmu czworoboku przegu...
This dissertation presents research into the automation of the configuration analysis of eight-bar l...
A new Coupler Critical Dimensions (CCD) approach to define mobility criteria (crank, rocker conditio...
In this paper, we present an algorithm that automatically creates the linkage loop equations for pla...
This paper gives complex number solutions to the following problem. A rotating link and a plane are ...
A method is presented for generating linkage mechanisms consisting of frame members. A quadratic pro...
An infinite number of planar four-bar mechanism solutions exist for a series of prescribed rigid-bod...