[HTML][HTML] Kirigami inspired shape programmable and reconfigurable multifunctional nanocomposites for 3D structures
The ability to shape and program remotely and contactlessly from two-dimensional (2D) flat
multilayer materials into three-dimensional (3D) structures and functional devices could be
ideal for applications like space missions, environmental remediation and minimally
invasive surgery. However, achieving a fast and accurate deployment of complex 3D shapes
contaclessly at low energy consumption, while embedding a number of physical properties
and functionalities, remains very challenging. Herein, a strategy to widen the complexity …
multilayer materials into three-dimensional (3D) structures and functional devices could be
ideal for applications like space missions, environmental remediation and minimally
invasive surgery. However, achieving a fast and accurate deployment of complex 3D shapes
contaclessly at low energy consumption, while embedding a number of physical properties
and functionalities, remains very challenging. Herein, a strategy to widen the complexity …
Kirigami inspired shape programmable and reconfigurable multifunctional nanocomposites for 3D structures
K Arnaud, V Leonardo, S Aaron, C Kan, L Weibang… - 2022 - ntnuopen.ntnu.no
The ability to shape and program remotely and contactlessly from two-dimensional (2D) flat
multilayer materials into three-dimensional (3D) structures and functional devices could be
ideal for applications like space missions, environmental remediation and minimally
invasive surgery. However, achieving a fast and accurate deployment of complex 3D shapes
contaclessly at low energy consumption, while embedding a number of physical properties
and functionalities, remains very challenging. Herein, a strategy to widen the complexity …
multilayer materials into three-dimensional (3D) structures and functional devices could be
ideal for applications like space missions, environmental remediation and minimally
invasive surgery. However, achieving a fast and accurate deployment of complex 3D shapes
contaclessly at low energy consumption, while embedding a number of physical properties
and functionalities, remains very challenging. Herein, a strategy to widen the complexity …
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