[HTML][HTML] Structural metamaterials with negative mechanical/thermomechanical indices: a review
JO Cardoso, JP Borges, A Velhinho - Progress in Natural Science …, 2021 - Elsevier
Structural metamaterials presenting negative values of one or more mechanical and
thermomechanical indices–namely the Poisson's ratio, the linear compressibility, and the …
thermomechanical indices–namely the Poisson's ratio, the linear compressibility, and the …
An auxetic metamaterial with tunable positive to negative hygrothermal expansion by means of counter‐rotating crosses
TC Lim - physica status solidi (b), 2021 - Wiley Online Library
A type of mechanical metamaterial is proposed, whereby the effective coefficients of thermal
and moisture expansions (CTE and CME, respectively) can be tuned from positive to …
and moisture expansions (CTE and CME, respectively) can be tuned from positive to …
Smart Honeycomb “Mechanical Metamaterials” with Tunable Poisson's Ratios
Mechanical metamaterials represent a class of deformable systems, which exhibit
macroscopic deformations, mechanical, and/or thermal properties. These emerge due to the …
macroscopic deformations, mechanical, and/or thermal properties. These emerge due to the …
Auxetic-inspired honeycomb macrostructures with anomalous tailormade thermal expansion properties including “negative” heat-shrinking characteristics
Negative thermal expansion (NTE) materials and structures exhibit the anomalous property
of shrinking rather than expanding when heated. This work examines the potential of multi …
of shrinking rather than expanding when heated. This work examines the potential of multi …
Bending‐Free Lattices as Underlying Optimal Isotropic Microstructures of the Least‐Compliant 2D Elastic Bodies
S Czarnecki, T Łukasiak - physica status solidi (b), 2021 - Wiley Online Library
This study puts forward a method of reconstruction of the suboptimal isotropic truss
microstructures for the known distribution of Young's modulus and Poisson's ratio predicted …
microstructures for the known distribution of Young's modulus and Poisson's ratio predicted …
Smart cellular systems with pressure dependent Poisson's ratios
The Poisson's ratio behaviour of cellular systems which change their internal features when
subjected to pressure change to become a “re-entrant” or “non-re-entrant” honeycomb was …
subjected to pressure change to become a “re-entrant” or “non-re-entrant” honeycomb was …
Design of 2D and 3D Metamaterials With Tailored Thermomechanical Properties
JO Cardoso - 2024 - search.proquest.com
Metamaterials are a method of organizing materials according to different architectures to
obtain properties not usually found in nature. These materials have the potential of …
obtain properties not usually found in nature. These materials have the potential of …
[PDF][PDF] Auxetic-Inspired Honeycomb Macrostructures With Anomalous Tailormade Thermal Expansion Properties Including
Negative thermal expansion (NTE) materials and structures exhibit the anomalous property
of shrinking rather than expanding when heated. This work examines the potential of …
of shrinking rather than expanding when heated. This work examines the potential of …
Auxetic-inspired honeycomb macrostructures with anomalous tailormade thermal expansion properties including “negative” heat-shrinking characteristics
Negative thermal expansion (NTE) materials and structures exhibit the anomalous property
of shrinking rather than expanding when heated. This work examines the potential of …
of shrinking rather than expanding when heated. This work examines the potential of …
[引用][C] Auxetics and other systems with “negative” characteristics
The present volume on materials and models with negative Poisson's ratio, called auxetics,
and other systems with “negative” characteristics is the fourteenth focus issue of physica …
and other systems with “negative” characteristics is the fourteenth focus issue of physica …