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High-temperature performance and microstructural evolution of geopolymer blocks incorporating waste glass powder with reduced life-cycle impacts

delete2026-08-10
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PRE
AI
Y
Yapeng Qi
L
Luyao Wang
Z
Zijie Fang
H
Hyunuk Kang
J
Jing Lv *
J
Jingwei Yang *
DOI：10.1016/j.conbuildmat.2026.147735delete
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Abstract

Abstract

En 中文
• High-calcium geopolymer replacement enhanced the fire resistance of recycled blocks. • Optimized HGB100* retained 68% compressive strength after exposure to 1000 °C. • Thermal stability arose from gel reorganization and ceramization. • Replacing OPC with HGM reduced the global warming potential by up to 76%.

Journal

Construction and Building Materials cover
Construction and Building Materials
IF:
8
Papers:
4.4W
Citations:
27.9W

Organization

C
Chang'an University
Scholars:
3.1K
Papers: 1.1K
Citations: 1.3W
S
seoul national university
Scholars:
5.3K
Papers: 2.0K
Citations: 0
U
University of California
Scholars:
7.3K
Papers: 2.8K
Citations: 8.3W
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