The personal data
- Department: Highway School
- Gender: male
- BirthDate: 1989-10-29
- Career:
- Degree: PhD
- Academic Credentials: Civil Engineering
- Graduate School: Lyon University
- Tel:
- Email: xulongfei2014@126.com
- Address School:
- PostCode School:
- Fax School:
- Office Location:
- Education experience:
PhD (2014 – 2018) Université de Lyon – ENTPE Major:Civil Engineering Master of Engineering (2011 – 2014)Northwest Agriculture & Forestry University Major: Geotechnical Engineering
Resume
PhD (2014 – 2018) Université de Lyon – ENTPE Major:Civil Engineering Master of Engineering (2011 – 2014)Northwest Agriculture & Forestry University Major: Geotechnical Engineering
Research
Hydro mechanical behavior of unsaturated soils Constitutive modeling and numerical simulation Application of Poromechanics for unsaturated soils
Research project
Nov.2014-Jun.2018 | Mechanical behaviour of compacted earth with respect to relative humidity and claycontent: experimental study and constitutive modelling | Jan.2013-Apr.2014 | Optimization Mechanism of Multivariate Pile Composite Foundation and Topology Optimization Methods for the Pile Layout (National Natural Science Foundation of China, No.51279171). | Dec.2012-Jul.2013 | Collapsible Loess Foundation Treatment for DiversionCanal of Xinjiang Akedala Hydropower. | Sep.2011-Oct.2012 | Flood Control Engineering in FuguCounty (River Harnessing Projects of ShaanxiProvince). | Sep.2010-Oct.2010 | 12th Five -Year Plan of Shaanxi Rural Drinking Water Safety Project. | Jul.2010-Dec.2010 | Degradation Mechanism of Loess Engineering Property and Life Prediction of Loess Structures (National Natural Science Foundation of China, No.50779058). |
Thesis
Xu, L., Wong, H., Fabbri, A., Champiré, F., & Branque, D. Modelling the poroplastic damageable behaviour of earthen materials. Materials and Structures, 2018,51(4), 112. (SCI, IF=2.548, JCR Q2) Xu, L., Wong, K. K., Fabbri, A., Champiré, F., & Branque, D. Loading-unloading shear behavior of rammed earth upon varying clay content and relative humidity conditions. Soils and foundations, 2018,58(4), 1001-1015. (SCI, IF=1.673, JCR Q3) Fabbri, A., Xu, L., Wong, H., & McGregor, F. Hygrothermal and Hydromechanical Behaviours of Unstabilized Compacted Earth. In Earthen Dwellings and Structures 2019, (pp. 457-466). Springer, Singapore. Xu, L., Champiré, F., Fabbri, A., Wong, H., & Branque, D. Hydro-mechanical triaxial behaviour of compacted earth at different temperatures. In Poromechanics VI 2017, (pp. 164-171). Zhang, A. J., Xu, L. F.*, Yang, W. C., & Zhang, Y. Q. 3D Numerical Simulation of Elastoplastic Consolidation Process of Fly Ash Dam. In Applied Mechanics and Materials 2014, (Vol. 444, pp. 1283-1289). Trans Tech Publications.
Technological Achievements
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