Articles with "underground defense" as a keyword



High-Titanium Slag Concrete with Multiscale Pores: Enhanced Explosive Stress Wave Dissipation for Underground Defense

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Published in 2025 at "Materials"

DOI: 10.3390/ma18194609

Abstract: Balancing stress wave attenuation with structural integrity is recognized as a critical challenge for protective materials in underground defense systems. A novel high-titanium slag (HTS) concrete featuring multiscale pores is proposed to address this dilemma.… read more here.

Keywords: high titanium; underground defense; stress; dissipation ... See more keywords