Spring-programmable multi-feature hyperelastic mechanical metamaterials

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Key Points

The study aims to explore the potential for creating programmable mechanical metamaterials that can adjust their energy-dissipating properties.
Developed a prototype of hyperelastic mechanical metamaterials with programmable elasticity.
Evaluated energy consumption and energy dissipation rates under various conditions using standardized tests.
Analyzed the reusability of the materials over multiple cycles.
Demonstrated a 25% reduction in energy consumption compared to conventional materials (p<0.05).
Showed that programmable metamaterials maintained performance stability after 10 cycles of usage.
Indicated an overall increase in reusability metrics, suggesting a sustainable alternative to traditional designs.

Evaluates energy consumption in programmable mechanical metamaterials, suggesting innovative design benefits.

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Guo et al. (2026) studied this question.

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