Perforating crease lines has been widely adopted as a practical method for designing thick
engineering origami structures. Perforations inevitably reduce crease stiffness and thus …

Origami‐based techniques for creating 3D shapes from 2D patterns via folding have moved
from the domain of art to practical engineering. Flat sheets are an appealing starting material …

Purpose A comprehensive literature review of performance management within the Dutch
steel processing industry is presented. The purpose of this paper is to analyse the motives …

Perforating crease lines has been widely adopted as a practical method for achieving
thickness accommodation in designing engineering origami structures. In a previous work …

Recently, origami structures have been widely studied for various applications such as
mechanical, electrical, bio, and nanosystems. Unlikely paper-like materials, engineering …

Abstract Existing Civil Engineering structures have limited capability to adapt their
configurations for new functions, non-stationary environments, or future reuse. Although …

Folding is a manufacturing method which can create complex 3D geometries from flat
materials and can be particularly useful in cost-sensitive or planar-limited fabrication …

This letter presents a self-folding piston-style actuator for flat-foldable robots. Despite the
variety of soft and planar actuators used in origami robots, extensional actuators are …

Origami-based sheet metal (OSM) bending is an extension of rigid origami technique, where
the final 3D structure is created from a single 2D flat pattern by bending. The key aspect of …

Herein, we demonstrated a strategy to control the folding ability of hydrogel platforms
through pattern design and light illumination. Hydrogel platforms, which consist of a …