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Experimental investigation on the fire performance of novel multi-scale fiber reinforced UHPC segments

Yao Zhang, Ruanxiang Xiong, Panpan Cheng, Yibo Chen, Weigang Zhao, Kaihang Han, Xi Jiang, Hehua Zhu, Zhiguo Yan

2026Tunnelling and Underground Space Technology11 citationsDOI

Topics & Concepts

SpallMaterials scienceResidual strengthDuctility (Earth science)Composite materialDurabilityShieldExplosive materialStructural engineeringDissipationThermalDegradation (telecommunications)Geotechnical engineeringCompressive strengthFiberCreepFire performanceThermal management of electronic devices and systemsUltimate tensile strengthStress (linguistics)Fiber-reinforced concreteCarbon fibersJoint (building)Thermal insulationResidualFlexural strengthStrength of materialsAerogelReinforcementMechanical strengthFire effects on concrete materialsInnovative concrete reinforcement materialsStructural Load-Bearing Analysis
Experimental investigation on the fire performance of novel multi-scale fiber reinforced UHPC segments | Litcius