AbstractOrigami is an old art of paper folding. From mechanical point of view origami can be defined as a folded structure. In the present paper a comparative study of four origami inspired folded plate structures is presented. Longitudinal, facet, egg-box and Miura-ori origami modules are used for the analysis. The models are based on six-parameter shell theory with the use of the finite element method. Convergence analysis of each module is presented. Numerical study of roof folded plates in oriented to the comparison of maximal displacements and stresses in the structures. Some parametric analysis is also presented
Traditionally, origami-based structures are designed on the premise of “rigid folding,” However, eve...
This paper presents the fundamentals of Origami engineering and its application in nowadays as well ...
This paper presents the fundamentals of Origami engineering and its application in nowadays as well ...
AbstractOrigami is an old art of paper folding. From mechanical point of view origami can be defined...
The objective of this research is to explore the ability of folded origami tessellations to adapt to...
In conjunction with Hans-Ulrich Buri’s research, this thesis project addresses the engineering part ...
In this paper we present a novel engineering application of Origami, using it for both the exibility...
In this paper we present a novel engineering application of Origami, using it for both the exibility...
Origami structures have become of increasing importance in the field of engineering, due to their li...
In 4D printing research, different types of complex structure folding and unfolding have been invest...
The kinematic and static behavior of plate and shell structures based on origami patterns is investi...
The design of origami structures typically requires the folding/deployment kinematics to be solved a...
Origami with curved fold lines possesses characteristic feature of curved surface bounded by curved ...
This work investigates the development of a Curved Origami Prototype made with timber panels. In the...
Folding paper into a repeated, tessellated, origami pattern can increase the paper’s strength. Using...
Traditionally, origami-based structures are designed on the premise of “rigid folding,” However, eve...
This paper presents the fundamentals of Origami engineering and its application in nowadays as well ...
This paper presents the fundamentals of Origami engineering and its application in nowadays as well ...
AbstractOrigami is an old art of paper folding. From mechanical point of view origami can be defined...
The objective of this research is to explore the ability of folded origami tessellations to adapt to...
In conjunction with Hans-Ulrich Buri’s research, this thesis project addresses the engineering part ...
In this paper we present a novel engineering application of Origami, using it for both the exibility...
In this paper we present a novel engineering application of Origami, using it for both the exibility...
Origami structures have become of increasing importance in the field of engineering, due to their li...
In 4D printing research, different types of complex structure folding and unfolding have been invest...
The kinematic and static behavior of plate and shell structures based on origami patterns is investi...
The design of origami structures typically requires the folding/deployment kinematics to be solved a...
Origami with curved fold lines possesses characteristic feature of curved surface bounded by curved ...
This work investigates the development of a Curved Origami Prototype made with timber panels. In the...
Folding paper into a repeated, tessellated, origami pattern can increase the paper’s strength. Using...
Traditionally, origami-based structures are designed on the premise of “rigid folding,” However, eve...
This paper presents the fundamentals of Origami engineering and its application in nowadays as well ...
This paper presents the fundamentals of Origami engineering and its application in nowadays as well ...