Origami mechanisms are fabricated from a simple sheet material, but can exhibit complex motions in 3D. Advantages are a planar fabrication process and the inherent deployability. Almost all current origami mechanisms are being designed on the premise of rigid facets. In this research, flexible facets are used to incorporate spring behavior. A model that describes this spring behavior in a basic origami mechanism is proposed and example designs are presented.MSDPMEMechanical, Maritime and Materials Engineerin
Origami has become a source of inspiration in engineering for structural design and the creation of ...
Traditionally, origami-based structures are designed on the premise of “rigid folding,” However, eve...
This thesis introduces an alternative approach to the current mechanical sweeping wing concept. The ...
This work provides an overview of two developments in origami-based mechanism design. Past methods o...
This work provides an overview of two developments in origami-based mechanism design. Past methods o...
This work provides an overview of two developments in origami-based mechanism design. Past methods o...
This dissertation presents a design concept for shape-morphing structures that have two stable confi...
Origami has gained popularity in science and engineering because a compactly stowed system can be fo...
Origami, the Japanese art of paper folding, has been used previously to inspire engineering solution...
This dissertation presents a design concept for shape-morphing structures that have two stable confi...
My work has been focused on compliant mechanisms, origami engineering, and rapid prototyping. Two of...
My work has been focused on compliant mechanisms, origami engineering, and rapid prototyping. Two of...
My work has been focused on compliant mechanisms, origami engineering, and rapid prototyping. Two of...
The design of origami structures typically requires the folding/deployment kinematics to be solved a...
Inspired by the strong nonlinearity of origami cartons, a novel origami-inspired constant-force mech...
Origami has become a source of inspiration in engineering for structural design and the creation of ...
Traditionally, origami-based structures are designed on the premise of “rigid folding,” However, eve...
This thesis introduces an alternative approach to the current mechanical sweeping wing concept. The ...
This work provides an overview of two developments in origami-based mechanism design. Past methods o...
This work provides an overview of two developments in origami-based mechanism design. Past methods o...
This work provides an overview of two developments in origami-based mechanism design. Past methods o...
This dissertation presents a design concept for shape-morphing structures that have two stable confi...
Origami has gained popularity in science and engineering because a compactly stowed system can be fo...
Origami, the Japanese art of paper folding, has been used previously to inspire engineering solution...
This dissertation presents a design concept for shape-morphing structures that have two stable confi...
My work has been focused on compliant mechanisms, origami engineering, and rapid prototyping. Two of...
My work has been focused on compliant mechanisms, origami engineering, and rapid prototyping. Two of...
My work has been focused on compliant mechanisms, origami engineering, and rapid prototyping. Two of...
The design of origami structures typically requires the folding/deployment kinematics to be solved a...
Inspired by the strong nonlinearity of origami cartons, a novel origami-inspired constant-force mech...
Origami has become a source of inspiration in engineering for structural design and the creation of ...
Traditionally, origami-based structures are designed on the premise of “rigid folding,” However, eve...
This thesis introduces an alternative approach to the current mechanical sweeping wing concept. The ...