Dr. Wu is an Associate Professor in the Department of Civil Engineering at Hebei University (China).
He received his Ph.D. degree in Hydraulic Structures in 2001 at Dalian University of Technology (China).
He worked as a Research Associate in the UK for seven years (University of Dundee; University of Newcastle).
His research interests focus on the risk analysis, uncertainty modelling of earth systems engineering.
Reach him via emails: xingzhengwu@hbu.edu.cn; xingzhengwu@gmail.com
Wu @
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Citation Counts of my publications via Google Scholar is downloadable.
Nothing is so certain as the unexpected
No engineering systems will endure
forever and nothing is extremely reliable because the uncertainties are
inevitable in civil or coastal infrastructure development.
Probabilistic risk analysis incorporating uncertainties is an
effective method to reduce the probability of failure as low as
possible.
"The person who risks nothing, does nothing, has nothing, is nothing, and becomes nothing."
―from Leo Buscaglia
His tasks >>:::
Recognition the risks based on scientific calculation;
Engineering philosophy characterised by a data-driven approach;
Adaptation and sustainability
He is developing new statistical approaches for analyzing correlated random variables in the primary engineering fields.
He is developing new reliability-based design optimization algorithm with target confidence levels.
He is developing time series and long range dependence model to quantify the future responses.
Consultancy activities have been continued to the present day, and include pile foundations, coastal shoreline evolution, dam engineering, slope stability assessment and field testings.
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QR code of his homepage / Image of Wu / Key words of study area
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Highlight of his research activities graphically
Contour-based reliability
method in 2d (left) and 3d (right)
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Practical
geometric reliability analysis in 2d (left) and 3d (right) [details]
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Modelling dependence of paired observations through Copulas [link01/link02]
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Development of fragility surfaces for slope instability analysis [link03/link04/link05]
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Earthworm Tunelling Test in the Box [details]
Root growth in soil [details]
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Norfolk flood propagation in 10 hours [details of the project backaground][details of the model]
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Coastal adaptation and shoreline evolution [details]
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Coastline erosion due to cross-shore surges [details]
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Probabilistic risk analysis of a dike ring
Risk
Seepage analysis
Sliding [details]
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Responses of the concrete faced rockfill dam during the stages of construction, water filling, and earthquakes [details]
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Stochastic evolution of long-term shoreline change [details]
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