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Jinkun Sun

ORCID: 0000-0001-6470-1058
Observed ORCID: 0000-0001-6470-1058
OpenAlex ID: A5101545634
Experimental Study on Lightweight Precast Composite Slab of High‐Titanium Heavy‐Slag Concrete
2021 · Jinkun Sun, Rita Yi Man Li, et al. · Advances in Civil Engineering · 14
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The Impact of BIM Technology on the Lifecycle Cost Control of Prefabricated Buildings: Evidence from China
2024 · Jinkun Sun, Rita Yi Man Li, et al. · Buildings · 11
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Research on the Development and Joint Improvement of Ceramsite Lightweight High-Titanium Heavy Slag Concrete Precast Composite Slab
2022 · Jinkun Sun, Rita Yi Man Li, et al. · Buildings · 10
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Study on the Design Method for the Deformation State Control of Pile‐Anchor Structures in Deep Foundation Pits
2019 · Jinkun Sun, Senping Wang, et al. · Advances in Civil Engineering · 5
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Study on the Flexural Deformation Behavior of High-Titanium Heavy-Slag Concrete Composite Beams: Material Application, Experimental Investigation, and Theoretical Refinement
2024 · Jinkun Sun, Yun Yu, et al. · Materials · 4
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Experimental Study on Seismic Performance of Precast High-Titanium Heavy Slag Concrete Sandwich Panel Wall
2024 · Jinkun Sun, Rita Yi Man Li, et al. · Buildings · 3
An ambient-noise-based physics–data integrated framework for far-field basin ground motion simulation
2026 · Zheqian Wu, Jinkun Sun, et al. · Bulletin of Earthquake Engineering · 1
Effect of Asphalt Content on Low-Field Nuclear Magnetic Resonance Spectrum and Aging Evaluation of Asphalt Mixtures
2025 · Chenyue Mei, Wei Wang, et al. · Materials · 1
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Study on Mix Design of High-titanium Slag Aggregate Concrete Mixed Fine Coal Ash
2010 · Jinkun Sun · Jianzhu jishu · 1
Application of Geotechnical Synthetic Material in Asphalt Pavement
2010 · Jinkun Sun · Journal of Water Resources and Architectural Engineering
Application of Subminiature Pile in Deep Foundation Pit Treatment
2006 · Jinkun Sun · Construction Technology
Works count: 12
Citation count: 50
H-index: 4
I10-index: 3
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