Although parallel structures have found a niche market in many applications such as machine tools, telescope positioning or food packaging, they are not as successful as expected. The main reason of this relative lack of success is that the study and hardware of parallel structures have clearly not reached the same level of completeness than the one of serial structures. Among the main issues that have to be addressed, the design problem is crucial. Indeed, the performances that can be expected from a parallel robot are heavily dependent upon the choice of the mechanical structure and even more from its dimensioning. In this chapter, we show that classical design methodologies are not appropriate for such closed-loop mechanism and examine w...
During the past several years, a great deal of attention has been paid to parallel kinematic machine...
Ayssam Elkady, Galal Elkobrosy, Sarwat Hanna, and Tarek Sobh's book chapter on robotic parallel mani...
A parallel manipulator (PM) is a closed-loop kinematic mechanism whose end-effector is connected to ...
Although parallel structures have found a niche market in many applications such as machine tools, t...
International audienceAlthough parallel structures have found a niche market in many applications su...
Although they have many advantages in term of positioning accuracy, stiffness, load capacity paralle...
The manipulator design discussed here results from the examination of some of the reasons why redund...
This paper describes an original and robust method to optimize the design of closed-loop mechanisms,...
Parallel manipulators are characterized as having closed-loop kinematic chains. Compared to serial m...
Parallel manipulators offer much higher rigidity and smaller mobile mass than their serial counterpa...
Parallel manipulators potentially possess some superior properties over their serial counterparts, e...
Parallel Kinematics- Type, Kinematics, and Optimal Design presents the results of 15 year's research...
International audienceThe essential characteristics of machining robots are their stiffness and thei...
Parallel manipulators have gained a lot of interest during the recent five decades. A parallel manip...
The essential characteristics of machining robots are their stiffness and their accuracy. For machin...
During the past several years, a great deal of attention has been paid to parallel kinematic machine...
Ayssam Elkady, Galal Elkobrosy, Sarwat Hanna, and Tarek Sobh's book chapter on robotic parallel mani...
A parallel manipulator (PM) is a closed-loop kinematic mechanism whose end-effector is connected to ...
Although parallel structures have found a niche market in many applications such as machine tools, t...
International audienceAlthough parallel structures have found a niche market in many applications su...
Although they have many advantages in term of positioning accuracy, stiffness, load capacity paralle...
The manipulator design discussed here results from the examination of some of the reasons why redund...
This paper describes an original and robust method to optimize the design of closed-loop mechanisms,...
Parallel manipulators are characterized as having closed-loop kinematic chains. Compared to serial m...
Parallel manipulators offer much higher rigidity and smaller mobile mass than their serial counterpa...
Parallel manipulators potentially possess some superior properties over their serial counterparts, e...
Parallel Kinematics- Type, Kinematics, and Optimal Design presents the results of 15 year's research...
International audienceThe essential characteristics of machining robots are their stiffness and thei...
Parallel manipulators have gained a lot of interest during the recent five decades. A parallel manip...
The essential characteristics of machining robots are their stiffness and their accuracy. For machin...
During the past several years, a great deal of attention has been paid to parallel kinematic machine...
Ayssam Elkady, Galal Elkobrosy, Sarwat Hanna, and Tarek Sobh's book chapter on robotic parallel mani...
A parallel manipulator (PM) is a closed-loop kinematic mechanism whose end-effector is connected to ...