Ceramic/polymer microlattices: Increasing specific energy absorption through sandwich construction

Ceramic/polymer microlattices: Increasing specific energy absorption through sandwich construction

The triply periodic minimal surface design (TPMS, Schwarz Primitive) is utilized to numerically investigate lattices with sandwich cell walls of constant macroscopic density. The sandwich construction of the cell walls involves a polymer (core material) and a ceramic material (skin). The ceramic (al...

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Bibliographic Details
Main Authors: Diamantopoulou, M. (Author), Lauener, C.M (Author), Mohr, D. (Author), Roth, C.C (Author), Tancogne-Dejean, T. (Author)
Format: Article
Language:English
Published: Elsevier Ltd 2022
Subjects:
A two-photon lithography
A. Two-photon lithography
Alumina
Aluminum oxide
Atomic layer deposition
B sandwich design
B. Sandwich design
C finite element analyse
C. Finite element analysis
Cell walls
Cells
Coremaking
D energy absorption
D. Energy absorption
Elastic moduli
Energy absorption
Finite element analyse
Finite element method
Honeycomb structures
Photons
Sandwich construction
Sandwich structures
Specific energy absorption
Two-photon lithography
Weight fractions
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