Hydrogen Bonds Turn Concrete’s Weakest Layer Into a Vibration-Killing Shield
Molecular dynamics simulations reveal that hydroxyl-rich polymers like PVA strengthen cement's weakest interlayer through hydrogen bonding, boosting damping capacity by ...
Molecular dynamics simulations reveal that hydroxyl-rich polymers like PVA strengthen cement's weakest interlayer through hydrogen bonding, boosting damping capacity by ...
Researchers have developed a unified optimisation framework that integrates short-term resilience recovery with long-term life-cycle sustainability metrics, showing on a ...
New research in PLOS Climate argues that societies tipping toward net zero settle into multiple coexisting states that must be ...
A mixed-methods study of 379 households in Ethiopia's Sidama region shows that operational quality and governance capacity, rather than road ...
A bio-based nano sodium alginate rejuvenator significantly extended fatigue life and self-healing capacity in asphalt mixtures containing up to 100 ...
A mixed-methods study finds that insecurity concentrated along Abia State's Umunneochi–Isuikwuato–Ohafia corridor sharply reduces tourist appeal, hotel occupancy and investment, ...
A hybrid steel and carbon fiber concrete achieves high strength, dramatically reduced resistivity, and reliable piezoresistive self-sensing under load.
A new study in northwestern Nigeria statistically tested whether Sentinel-2 satellite indices can substitute for ground-based resistivity surveys in assessing ...
A Lancaster University-led study has for the first time identified and named the infrastructure providers, including Cloudflare, that enable the ...
A new Nature Water comment article argues that strengthening public understanding of how water, wastewater and stormwater systems work, termed ...
© 2025 Scienmag - Science Magazine
© 2025 Scienmag - Science Magazine