Jiyang Yi is an accomplished academic researcher affiliated with Nanjing Forestry University, specializing in civil and structural engineering with a focus on sustainable construction materials and advanced structural analysis. With an H-index of 8 and 23 total publications, including 22 in Web of Science Core Collection journals, Jiyang Yi demonstrates a strong record of impactful research, contributing significantly to the understanding of composite beams, concrete properties, and bamboo-based structures.
Work
Nanjing Forestry University
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Researcher
Nanjing, Jiangsu, China
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Summary
Conducted impactful research in civil and structural engineering, material science, and sustainable construction, contributing significantly to the academic community through extensive publications.
Highlights
Authored 23 total publications, including 22 in Web of Science Core Collection, accumulating 191 citations with an H-index of 8.
Published 20 manuscripts between April 2021 and April 2026, demonstrating consistent productivity and relevance in the field.
Contributed 5 publications to Construction and Building Materials and 5 to Engineering Structures, highlighting expertise in key journals.
Developed research in areas such as novel composite beams, axial compression performance of steel and bamboo-filled columns, and material properties of wood plastic composites, advancing sustainable construction practices.
Publications
Experimental investigation and mechanistic decomposition of novel PBL connectors for prefabricated UHPC-NC composite beams
Engineering Structures
Experimental investigation and mechanistic decomposition of novel PBL connectors for prefabricated UHPC-NC composite beams (Cited 0 times)
Experiments and design of laminated bamboo and concrete-filled steel tube columns under axial compression
Engineering Structures
Experiments and design of laminated bamboo and concrete-filled steel tube columns under axial compression (Cited 21 times)
Behavior of underwater concrete columns confined by non-dispersive mortar and stainless steel tube subjected to core axial compression
Structures
Behavior of underwater concrete columns confined by non-dispersive mortar and stainless steel tube subjected to core axial compression (Cited 4 times)
Flexural properties of bamboo scrimber under different temperature conditions: Experimental study and mathematical model
Construction and Building Materials
Flexural properties of bamboo scrimber under different temperature conditions: Experimental study and mathematical model (Cited 14 times)
Axial compression performance of concrete-filled steel tubular columns with damaged BFRP jackets
Construction and Building Materials
Axial compression performance of concrete-filled steel tubular columns with damaged BFRP jackets (Cited 8 times)
Flexural modeling and failure criteria of thermal modified laminated bamboo beams
Construction and Building Materials
Flexural modeling and failure criteria of thermal modified laminated bamboo beams (Cited 21 times)
Axial compression performance of underwater columns reinforced with stainless steel tube-FRP grids
Journal of Constructional Steel Research
Axial compression performance of underwater columns reinforced with stainless steel tube-FRP grids (Cited 16 times)
Effect of thermal modification on axial compression properties and hardness of laminated bamboo
Construction and Building Materials
Effect of thermal modification on axial compression properties and hardness of laminated bamboo (Cited 26 times)
Effect of temperature on the bending and creep properties of wood plastic composites
Polymer Composites
Effect of temperature on the bending and creep properties of wood plastic composites (Cited 21 times)
Optimal Parking Path Planning and Parking Space Selection Based on the Entropy Power Method and Bayesian Network: A Case Study in an Indoor Parking Lot
Sustainability
Optimal Parking Path Planning and Parking Space Selection Based on the Entropy Power Method and Bayesian Network: A Case Study in an Indoor Parking Lot (Cited 8 times)