

Cranfield University's solution employs vibroacoustic metamaterials and acoustic shields to mitigate noise and vibration in industrial settings, offering adjustable and cost-effective solutions tailored to specific facto...

Innovative bottle design employs architected cellular metamaterials to achieve a lightweight yet strong structure, enhancing performance by optimizing mechanical properties while reducing weight.

Explore advanced mechanical sensing technology using auxetic metamaterials with piezo-electrics, achieving up to 10x energy harvesting improvements. Ideal for pressure sensing in aluminum formation systems, offering cost...