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Author

Fang Dang

Observed institution: Shaanxi University of Technology
ORCID: 0009-0001-5792-6619
Observed ORCID: 0009-0001-5792-6619
OpenAlex ID: A5108978670
The shrinkage crack characteristics of jute fiber-modified clay under wet-dry cycle conditions
2025 · Hong Guo, Wenyang Li, et al. · Construction and Building Materials · 14
Feasibility study on stabilizing granite residual soil using montmorillonite
2025 · Fang Dang, Jiaxin Kang, et al. · Results in Engineering · 7
Sustainable construction from industrial waste: synergistic stabilization of granite residual soil using red mud byproduct and nano-silica
2026 · Hong Guo, Fang Dang, et al. · Results in Engineering · 4
Dry-shrinkage of sandy clay improved by ecological fibers based on experiment and DEM simulation
2025 · Hong Guo, Yuyan Lu, et al. · Results in Engineering · 3
Enhancing unconfined compressive strength of granite residual soil through synergistic application of microorganisms and jute fibers
2026 · Jiaxin Kang, Wenjing Liang, et al. · Bulletin of Engineering Geology and the Environment
From problematic soil to engineered fill: Transforming granite residual soil with clay improvement
2026 · Fang Dang, Hong Guo, et al. · PLoS ONE
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Duncan–Chang damage model of granite residual soil under acidic conditions
2025 · Di Liang, Fang Dang, et al. · Frontiers in Earth Science
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Works count: 7
Citation count: 28
H-index: 3
I10-index: 1
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