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Ph. D. PROPOSAL

Ph. D.

 

Dam concrete material characterization
Experimental and numerical study
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Water supply, flood control and sustainable energy production are of great importance for both developed and under development countries. Maintenance and rehabilitation issues of existing structures and important new investments in dam construction require technological advances for more efficient, sustainable and safe structures.

 

Dam concrete experimental characterization has particular challenges. The use of large aggregate maximum size implies the use of large specimens. Is common to remove the larger aggregates, cast smaller specimens and embed monitoring devices with the remaining wet-screened concrete. Although it has similar properties, the need for reliable relationships is essential for concrete quality control during construction, safety control and monitoring data analysis throughout service life.

 

In this project is intended to correlate the rheological properties of dam concrete placed in situ and of wet-screened concrete using experimental results from a concrete dam and numerical simulation using rigid particle models.

LATEST PROJECTS

Project |01

 

Project |01 Behaviour interpretation of Alqueva and Pedrogao dam

 

Monitoring data analysis

Finite element analysis with global models Fitting monitored data with numerical results

Prediction of the future behaviour and safety control

Characterization of dam concrete rheological properties

Project |02

 

Project |02 Material testing and instrumentation
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Field dilatometer tests at Alger metro (Algeria) and Cahora Bassa dam (Mozambique)

Performance comparison of concrete embedded strainmeters, including fiber optics strainmeters.

Others

 

Other projects
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Inspection according to Dam Safety Standards, to Alto Lindoso dam, Alqueva dam, Pedrogão dam and Pretarouca dam

Just a sample of my work. To see more or discuss possible work >>

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