As they constitute a substantial percent of deployable structures, scissor mechanisms are widely studied. This being so, new approaches to the design of scissor mechanisms still emerge. Usually design methods consider the scissor elements as modules. Alternatively, it is possible to consider the loops as modules. In this paper, loop assembly method is used such that antiparallelogram loops are placed along a circle, to construct a deployable structure. The research shows that it is possible to construct radially deployable structures with identical antiparallelogram loops with this method. Then kinematic and geometrical properties of the construction are analyzed. It is found out that the links of such a structure turn out to be similar gen...
This paper presents a new type of 2-DOF single-loop mechanism inspired by the Sarrus mechanism, and ...
The paper deals with the synthesis of a novel deployable mechanism with three decoupled degrees of f...
A closed-loop overconstrained spatial mechanism composed of six hinge-jointed bars, which has three ...
Scissor mechanisms are frequently used for deployable structures and many studies have been conducte...
Scissor mechanisms are frequently used for deployable structures and many studies have been conducte...
Scissor linkages are commonly used as mechanisms for scaling objects. They constitute a significant ...
Scissor linkages have been used for several applications since ancient Greeks and Romans. In additio...
Scissor linkages are commonly used as mechanisms for scaling objects. They constitute a significant ...
Due to their expansion capabilities and the simplicity of their design, scissor linkages have been u...
Scissor linkages are one of the most common types of adaptive/expandable structures. From the Greek ...
This paper is concerned with a novel kind of deployable structures that form closed loops that fold ...
The design of a deployable structure which deploys from a compact bundle of six parallel bars to a r...
The chapter presents a family of new deployable mechanisms obtained by conjoining an indefinite numb...
This paper reviewed planar scissor mechanisms (SMs) in the applications of spatial deployable struct...
In this paper, a novel two-dimensional scissor structure that transforms between concave and convex ...
This paper presents a new type of 2-DOF single-loop mechanism inspired by the Sarrus mechanism, and ...
The paper deals with the synthesis of a novel deployable mechanism with three decoupled degrees of f...
A closed-loop overconstrained spatial mechanism composed of six hinge-jointed bars, which has three ...
Scissor mechanisms are frequently used for deployable structures and many studies have been conducte...
Scissor mechanisms are frequently used for deployable structures and many studies have been conducte...
Scissor linkages are commonly used as mechanisms for scaling objects. They constitute a significant ...
Scissor linkages have been used for several applications since ancient Greeks and Romans. In additio...
Scissor linkages are commonly used as mechanisms for scaling objects. They constitute a significant ...
Due to their expansion capabilities and the simplicity of their design, scissor linkages have been u...
Scissor linkages are one of the most common types of adaptive/expandable structures. From the Greek ...
This paper is concerned with a novel kind of deployable structures that form closed loops that fold ...
The design of a deployable structure which deploys from a compact bundle of six parallel bars to a r...
The chapter presents a family of new deployable mechanisms obtained by conjoining an indefinite numb...
This paper reviewed planar scissor mechanisms (SMs) in the applications of spatial deployable struct...
In this paper, a novel two-dimensional scissor structure that transforms between concave and convex ...
This paper presents a new type of 2-DOF single-loop mechanism inspired by the Sarrus mechanism, and ...
The paper deals with the synthesis of a novel deployable mechanism with three decoupled degrees of f...
A closed-loop overconstrained spatial mechanism composed of six hinge-jointed bars, which has three ...