Add to ORKGMembranes can be used to restrain actively-bent structures. The paper explains the structural behaviour behind using membranes to couple actively-bent elements and analyses the influence of different parameters
The integration of bending-active elements in kinematic form-active structures opens new perspective...
The integration of bending-active elements in kinematic form-active structures opens new perspective...
In this paper we describe the research of the best combination of construction, material and typolog...
This paper presents the compressed usage of elastic material in statically self-locking configuratio...
This paper describes the structural beha viour of m embrane restrained colum ns. Initial experiments...
The symbiosis of tensegrity and active bending was studied in an experimental structure called “Form...
The challenge of combining two interesting structural principles, being formactive structures and be...
This paper investigates and demonstrates the structural and architectural potentials of torsion in p...
Membranes have many engineering applications due to their light weight and low construction cost, as...
Membranes have many engineering applications due to their light weight and low construction cost, as...
The paper proposes a method for analyzing large deformation of membrane structures. It is characteri...
This paper presents the compressed usage of elastic material in statically self-locking configuratio...
Progress is being made in the understanding of the appropriateness of membrane structures that are m...
Structural membranes are usually supported or complemented by rigid elements such as masts, beams or...
This paper is focused on the static analysis of membrane structures, which are typical for their ab...
The integration of bending-active elements in kinematic form-active structures opens new perspective...
The integration of bending-active elements in kinematic form-active structures opens new perspective...
In this paper we describe the research of the best combination of construction, material and typolog...
This paper presents the compressed usage of elastic material in statically self-locking configuratio...
This paper describes the structural beha viour of m embrane restrained colum ns. Initial experiments...
The symbiosis of tensegrity and active bending was studied in an experimental structure called “Form...
The challenge of combining two interesting structural principles, being formactive structures and be...
This paper investigates and demonstrates the structural and architectural potentials of torsion in p...
Membranes have many engineering applications due to their light weight and low construction cost, as...
Membranes have many engineering applications due to their light weight and low construction cost, as...
The paper proposes a method for analyzing large deformation of membrane structures. It is characteri...
This paper presents the compressed usage of elastic material in statically self-locking configuratio...
Progress is being made in the understanding of the appropriateness of membrane structures that are m...
Structural membranes are usually supported or complemented by rigid elements such as masts, beams or...
This paper is focused on the static analysis of membrane structures, which are typical for their ab...
The integration of bending-active elements in kinematic form-active structures opens new perspective...
The integration of bending-active elements in kinematic form-active structures opens new perspective...
In this paper we describe the research of the best combination of construction, material and typolog...