A new study models how mushroom networks adapt their strength by changing filament angles 🍄 – opening pathways to design tuneable, bioinspired materials 🌱.
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#MushroomNetworks #BioinspiredMaterials #AdaptiveDesign #FilamentAngles #SustainableInnovation
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#MushroomNetworks #BioinspiredMaterials #AdaptiveDesign #FilamentAngles #SustainableInnovation
The Advanced Portfolio
Computational Modeling and Analysis of Fungi‐Inspired Network Systems
Two types of fungal structures are characterized by examining their structures and mechanical properties and used to make fungi-inspired finite element models. Both the physical samples and the finit...
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Nickel-enhanced biomaterial becomes stronger when wet – Physics World
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#NickelBiomaterials #WetStrength #BioinspiredMaterials #PhysicsWorld #MaterialScience
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#NickelBiomaterials #WetStrength #BioinspiredMaterials #PhysicsWorld #MaterialScience
Physics World
Nickel-enhanced biomaterial becomes stronger when wet
A biomaterial that increases its strength when in contact with water could provide a biodegradable alternative to plastics
Oyster cement: Scientists study shellfish to make stronger, faster-curing building material
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#OysterCement #BioInspiredMaterials #SustainableConstruction
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#OysterCement #BioInspiredMaterials #SustainableConstruction
News
Oyster cement: Scientists study shellfish to make stronger, faster-curing building material
Adhesives and materials expert Jonathan Wilker of Purdue University mimics the chemistry that oysters use to formulate better-performing and faster-curing cement recipes.
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