Heterostructured mechanical metamaterials inspired by the shell of Strombus gigas

Research output: Journal Publications and Reviews › RGC 21 - Publication in refereed journal › peer-review

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Material Science

100
Mechanical Metamate... Material Science
66
Shear Band Material Science
33
Density Material Science
33
Materials Material Science
33
Ductility Material Science
33
Toughness Material Science
33
Metamaterial Material Science
33
Design Control Material Science
33
Cracks Material Science

Keyphrases

100
Heterostructure Keyphrases
100
Mechanical Metamate... Keyphrases
100
Metamaterial-inspir... Keyphrases
100
Strombus Gigas Keyphrases
66
Shear Band Keyphrases
33
Square Root Keyphrases
33
Layer Thickness Keyphrases
33
Three-dimensional (... Keyphrases
33
Design Control Keyphrases
33
Toughness Keyphrases
33
Architectural Desig... Keyphrases
33
Molluscs Keyphrases
33
Strength-ductility ... Keyphrases
33
Strength Properties Keyphrases
33
Crack Formation Keyphrases
33
Metamaterials Keyphrases
33
Geometric Design Keyphrases
33
Single-shear Keyphrases
33
Bio-inspired Keyphrases
33
Localized Deformati... Keyphrases
33
Interactive Archite... Keyphrases
33
Geometrical Design Keyphrases
33
Inverse Proportion Keyphrases
33
Seashell Keyphrases
33
Crossed-lamellar Keyphrases
33
Cross-layer Interac... Keyphrases
33
Plank Keyphrases
33
Progressive Deforma... Keyphrases
33
Queen Conch Keyphrases
33
Three-dimensional H... Keyphrases
33
Crossed-lamellar Mi... Keyphrases

INIS

100
design INIS
100
shells INIS
100
metamaterials INIS
33
deformation INIS
33
layers INIS
33
shear INIS
16
interactions INIS
16
microstructure INIS
16
control INIS
16
failures INIS
16
roots INIS
16
cracks INIS
16
zones INIS
16
density INIS
16
thickness INIS
16
geometry INIS
16
architecture INIS
16
ductility INIS
16
trade INIS
16
molluscs INIS
Research OutputsResearch Output authored by Heterostructured mechanical metamaterials inspired by the shell of Strombus gigas is tagged with the concept