This paper discusses a deployable-arch-structure design that is built using articulated bars, commonly called a scissor-system, and is based on the regular polygon geometry. The deployed-arch shape can be determined by inscribing regular polygon geometry in a circle. It is defined by the: a. number of bars required, b. position of the pivots, c. pivot-point distances, d. bar length, and e. open-geometry angle of the arches. The goal is a deployable half dome made up of semi-arches. Traditional arch construction depends on external structures to provide stability until the keystone is set, which then allows the supports to removed. Deployable structures avoid the need for these external supports greatly simplifying the assembly process and...
This paper presents a new method for constructing metal domes. The method is basically one in which ...
In this paper, a new adaptive deployable spatial scissor-hinge structural mechanism (SSM) is introdu...
Abstract. Deployable structures can provide a change in the geometric morphology of the envelope by ...
The research study presented in this paper focused on the potential of scissor-like deployable struc...
Deployable structures are a subset of adaptive structures. The former are transformable from a compa...
Deployable scissor structures can transform from a compact bundle of elements to a fully expanded co...
In this paper we discuss flexibility and applicability of deployable dome structures in contemporary...
Radially deployable arches may be created by using various types of units. However, for any deployab...
This paper focuses on scissor like deployable/retractable structures that can be used for civil engi...
This paper presents a concept for a deployable structure to position and support elastic thin shell ...
Deployable structures with articulated straight bars have the virtue of being lightweight, modular a...
Scissor-hinged deployable structures, made by units of bars joined by a pivot, can generate large co...
This project is aimed to provide a more detailed understanding of a Deployable Structure in terms of...
Deployable bar structures are made of lightweight materials, and that is one of the reason why they ...
Radially deployable arches may be created by using various types of units. However, for any deployab...
This paper presents a new method for constructing metal domes. The method is basically one in which ...
In this paper, a new adaptive deployable spatial scissor-hinge structural mechanism (SSM) is introdu...
Abstract. Deployable structures can provide a change in the geometric morphology of the envelope by ...
The research study presented in this paper focused on the potential of scissor-like deployable struc...
Deployable structures are a subset of adaptive structures. The former are transformable from a compa...
Deployable scissor structures can transform from a compact bundle of elements to a fully expanded co...
In this paper we discuss flexibility and applicability of deployable dome structures in contemporary...
Radially deployable arches may be created by using various types of units. However, for any deployab...
This paper focuses on scissor like deployable/retractable structures that can be used for civil engi...
This paper presents a concept for a deployable structure to position and support elastic thin shell ...
Deployable structures with articulated straight bars have the virtue of being lightweight, modular a...
Scissor-hinged deployable structures, made by units of bars joined by a pivot, can generate large co...
This project is aimed to provide a more detailed understanding of a Deployable Structure in terms of...
Deployable bar structures are made of lightweight materials, and that is one of the reason why they ...
Radially deployable arches may be created by using various types of units. However, for any deployab...
This paper presents a new method for constructing metal domes. The method is basically one in which ...
In this paper, a new adaptive deployable spatial scissor-hinge structural mechanism (SSM) is introdu...
Abstract. Deployable structures can provide a change in the geometric morphology of the envelope by ...