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Civil Engineering

导电多层沥青路面

Conductive Multilayer Asphalt Roads

A pavement infrastructure integrated with inductive power transfer (IPT) systems, utilizing waste steel fibers (WSFs) to enhance fracture resistance and self-healing capabilities through induction heating. / 一种集成感应供电（IPT）系统的路面基础设施，利用废钢纤维（WSFs）通过感应加热增强抗裂性和自愈能力。

Knowledge type
实际应用
First proposed or discovered
Proposer
Turkey Farm member
Creator
农场主
Last updated
2026-11-06 22:05:23
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Sub-knowledge points

Fracture resistance assessment using semicircular bending (SCB) testsSelf-healing ability evaluation via fracture-healing-fracture approachMarshall stability and indirect tensile stiffness modulus (ITSM) testingThermal gradient minimization during induction heating

Higher-order knowledge points

Additive Manufacturing Materials Process / 工艺技术Inductive Power Transfer (IPT) infrastructureWireless charging of electric vehicles

Main parameters and performance indicators

Inductive Power Transfer (IPT): Wireless charging infrastructureWaste Steel Fibers (WSFs): Additive material for mechanical enhancementVery Thin Asphalt Concrete: Structural layer materialMultilayer Inductive Healing Layers (ML-IHLs): Self-healing mechanism layersFuzzy AHP-based WASPAS: Optimization method for asphalt design

Open problems

No unresolved problem recorded yet

Related literature

ranked by community stars
Fracture Resistance and Self-Healing Ability of Conductive Multilayer Asphalt Roads: Fuzzy AHP-Based WASPAS OptimizationOpen source

Related products and links

Conductive asphalt mixturesMultilayer inductive healing layers (ML-IHLs)

Creation and modification trail

1 records
automated knowledge publish农场主2026-11-06 22:05:23

Record title: Conductive Multilayer Asphalt Roads.