深圳大学主页平台管理系统 Shengxin Fan--英文主页--Scientific Research

范圣新

Personal information

Highest Degree：Doctoral degree
Professional Title：Assistant Professor

Scientific Research

英文主页 - Scientific Research

Vertical Project

[1] 国家自然科学基金,(52308269),Carbonation-curing induced anti-corrosion cover for marine concrete: generation mechanism and corrosion inhibition,In research.

Journal Paper

[1] 洪舒贤.Shengxin Fan.The influence of carbon dioxide concentration on carbonation behavior in cement paste,Journal of Building Engineering,2024-04-01.
[2] Visual and quantitative evaluation of crack bonding rate of self-healing mortars based on volumetric strain analysis,Journal of Cleaner Production,2024-04-01.
[3] Shengxin Fan.Synergistic effects of web reinforcement and hybrid fibres on shear performance of continuous deep beams with unsymmetrical web openings,Engineering Structures,2024-01-01.
[4] Shengxin Fan*.Investigating mechanism for mortar-porous aggregate interfacial bond improvement based on coupled XCT-DVC analysis,JOURNAL OF BUILDING ENGINEERING,2023-12-01.
[5] Shengxin Fan*.Pull-out behaviour of steel fibres embedded in ultra-high-performance concrete after exposure to high temperatures,CONSTRUCTION AND BUILDING MATERIALS,2023-12-01.
[6] Shengxin Fan.Interfacial mechanical bond characterization between cement pastes and porous aggregates through a coupled XCT and DVC technique,Cement and Concrete Composites,2023-09-01.
[7] Shengxin Fan.Size effect of large high strength concrete beams with or without shear reinforcement,Engineering Structures,2023-04-01.
[8] Shuxian Hong.Shengxin Fan.Quantitative characterization of carbonation of cement-based materials using X-ray imaging,Cement and Concrete Composites,2022-11-01.
[9] Shengxin Fan.Toward Consistent Prediction of Web-Shear Capacity for Hollow-Core Slabs Using Strut-and-Tie Models,JOURNAL OF STRUCTURAL ENGINEERING,2022-07-01.
[10] Shengxin Fan.Strut-and-tie and finite element modelling of unsymmetrically-loaded deep beams,STRUCTURES,2022-02-01.

Conference Papers

[1] Fan, S., Tan, K. H., & Nguyen, M. P. (2018). Numerical model to determine shear capacity of reinforced concrete deep beams exposed to fire,,.