In recent years, lattice kirigami metamaterials have attracted considerable attention due to
their unconventional and often intriguing mechanical properties. However, the absence of a …

Origami-inspired structures can manifest a range of interesting characteristics such as
reconfigurability and multi-stablity. Theoretically, the energy of rigid-foldable origami …

Origami structures are often attractive for a broad range of applications in engineering,
design, and robotics because of their useful characteristics such as reconfigurable …

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

Origami metamaterials exhibit abnormal mechanical properties through artful structural
design. To further explore the mechanical behavior of reentrant metamaterials, a multi …

The ancient art of origami has inspired the design and fabrication of numerous acoustic and
energy-absorption mechanical metamaterials and metastructures. This study introduces an …

It is urgent to develop advanced materials with high strength, high toughness and good
ductility for modern engineering structures. Graphene reinforced metal matrix …

Vibration isolators are widely used to mitigate undesirable vibrations in engineering systems
and structures, but low-frequency vibration isolation remains a challenge. Origami-inspired …

Acoustic metamaterial structures have received extensive attention for sound and vibration
engineering applications from the scientific community in recent years. However, the real-life …

The mechanical advancement in conventional origami metamaterials is limited since only
single layer exists at a deterministic scale. In this paper, the bio-inspired dual-layer origami …