Harmonised Database of Carbon-Enabled Cementitious Composites for Structural, Energy-Storage and Wireless-Power-Compatible Infrastructure

Description

This dataset provides a harmonised, literature-derived quantitative database of carbon-enabled cementitious materials for multifunctional infrastructure, with particular emphasis on structural performance, electrical transport, electrochemical energy storage, electromagnetic behaviour and compatibility with pavement-integrated wireless power transfer (WPT). The evidence base comprises 59 independent source publications organised into four complementary domains: (A) pavement/WPT materials and system performance; (B) carbon-modified cementitious composites; (C) cementitious and geopolymer structural-supercapacitor systems; and (D) standalone carbon and bio-derived carbon materials used as mechanistic benchmarks. Phases B and C contain 453 registered formulation-level records. The workbook includes a source-publication register; formulation and material descriptors; processing information; electrical conductivity/resistivity; dielectric and electromagnetic properties; shielding data; mechanical performance; microstructural observations; WPT configurations and performance; electrochemical test conditions and performance; pore characteristics; cycling durability; and evidence relating to WPT integration. The dataset was developed to support quantitative evidence synthesis, materials-informatics analysis, structural–electrochemical assessment and the development of multifunctional cementitious materials for energy storage and wireless-power-compatible transportation infrastructure.

Institutions

• Macquarie University

  New South Wales, Sydney

Categories

Licence