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Tunable quantum anomalous Hall effects in van der Waals heterostructures

Tunable quantum anomalous Hall effects in van der Waals heterostructures
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Monash University: New discovery in animal exoskeletons leads to advances in designing construction materials

Researchers from Monash University have discovered a new design motif derived from the rigid external covering of invertebrates that may help create more damage tolerant materials for future building and construction.In a paper published in Nature Co

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Civil-engineering

New discovery in animal exoskeletons leads to advances in designing construction materials

Researchers from Monash University have discovered a new design motif derived from the rigid external covering of invertebrates that may help create more damage tolerant materials for future building and construction.

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New discovery in animal exoskeletons leads to advances in designing construction materials

Researchers from Monash University have discovered a new design motif derived from the rigid external covering of invertebrates that may help create more damage tolerant materials for future building and construction.In a paper published in Nature Co

Australia
Monash
South-australia
Australian
Wenhui-duan
Department-of-civil-engineering-at-monash-university
Nature-communications
Department-of-civil-engineering
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External Covering of Invertebrates Inspires Damage Tolerant Materials

At Monash University, scientists have come up with a new design motif that has been derived from the stiff external covering of invertebrates that might help in making more damage tolerant materials for building and construction in the future.

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Department-of-civil-engineering-at-monash-university
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