After a brief review of structural chemes of planetary leg mechanisms, an application of Chebyshev’s optimization method to the kinematic design of a planetary leg mechanism is proposed. The graphs herein presented allow a quick proportioning of the mechanism for a given structural error or step length. The main advantage of this approach with respect to the other design methods is the avoidance of noncircular gears for the minimization of structural error
Synthesis of classical planetary mechanisms is usually based on kinematic relations, considering the...
This paper introduces a method to simultaneously optimize design and control parameters for legged r...
Over the last two decades the research and development of legged locomotion robots has grown steadil...
Walking mechanisms are a solution for cases in which wheels are not applicable, such as uneven or st...
In this paper, the design of a two degree-of-freedom leg mechanism is accomplished by a two-stage op...
Design and optimization of planar leg mechanisms featuring symmetrical foot-point paths are presente...
The platforms of parallel mechanisms usually suffer vibration loads. In these cases, structure elast...
Inspired by underactuated mechanical fingers, this paper demonstrates and optimizes the self-adaptiv...
A legged vehicle is potentially more energy efficient and mobile than conventional vehicles in rough...
This study develops a new design method called the constraint force design method, which allows topo...
Many engineering optimal design problems involve multiple conflicting objectives and often they are ...
This study presents optimization of planetary gear train in a specific configuration. General charac...
This paper addresses the dimensional synthesis of an adap-tive mechanism of contact points ie a leg ...
Abstract- Walking-robot technology has reached an advanced stage of development, as has already been...
International audienceThis paper aims at showing how the constructal theory can be applied to the op...
Synthesis of classical planetary mechanisms is usually based on kinematic relations, considering the...
This paper introduces a method to simultaneously optimize design and control parameters for legged r...
Over the last two decades the research and development of legged locomotion robots has grown steadil...
Walking mechanisms are a solution for cases in which wheels are not applicable, such as uneven or st...
In this paper, the design of a two degree-of-freedom leg mechanism is accomplished by a two-stage op...
Design and optimization of planar leg mechanisms featuring symmetrical foot-point paths are presente...
The platforms of parallel mechanisms usually suffer vibration loads. In these cases, structure elast...
Inspired by underactuated mechanical fingers, this paper demonstrates and optimizes the self-adaptiv...
A legged vehicle is potentially more energy efficient and mobile than conventional vehicles in rough...
This study develops a new design method called the constraint force design method, which allows topo...
Many engineering optimal design problems involve multiple conflicting objectives and often they are ...
This study presents optimization of planetary gear train in a specific configuration. General charac...
This paper addresses the dimensional synthesis of an adap-tive mechanism of contact points ie a leg ...
Abstract- Walking-robot technology has reached an advanced stage of development, as has already been...
International audienceThis paper aims at showing how the constructal theory can be applied to the op...
Synthesis of classical planetary mechanisms is usually based on kinematic relations, considering the...
This paper introduces a method to simultaneously optimize design and control parameters for legged r...
Over the last two decades the research and development of legged locomotion robots has grown steadil...