Dr. P.J. (Phil) Vardon

profiel

Biografie

For more details please see my department page: http://www.citg.tudelft.nl/pj-vardon

Phil is an Associate Professor in the Section of Geo-Engineering. He leads the department theme in Geothermal Science and Engineering. His research is into complex coupled processes in the geotechnical arena. He focuses on the impacts on soils / geomaterials of various processes including heat, moisture and contaminant movement, including practical applications such as geothermal energy, slope stability and radioactive waste disposal. He teaches on the undergraduate Soil Mechanics course (CTB2310) and the postgraduate Numerical Modelling in Geo-Engineering course (CIE4366).  

Expertise

• Coupled numerical modelling in geomaterials: thermo-hydro-chemical-gas-mechanical
• Uncertainty reduction in calculating geotechnical reliability
• Scientific computer programming, including parallel computer algorithms

Projecten

Current and recent projects include:

• Energy Piles in the Netherlands. Funded by NWO.
• New Approach to Reactor Safety ImprovementS. Funded by the EU.
• Reliability-Based Geomechanical Assessment Tools for Dykes and Embankments in Delta Areas (Reliable Dykes). Funded by STW.
• Impact of climate change on engineered slopes for infrastructure (EU COST Action TU1202).  Funded by the EU.
• Geotechnical Performance and Climatic Effects (Geo-PACE)  - Marie Curie Career Integration Grant.  Funded by the EU.
• Technical feasibility of a concept radioactive waste disposal facility in Boom Clay in the Netherlands. Funded by COVRA.
• Programme for Education, Training and Research on Underground Storage (PETRUS III) - Funded by the EU.

publicaties

Bekijk de publicaties in Pure

vakken

2013 - Material Models for Soil and Rocks

• Code: EGEC-D/SR ECTS Punten: 6

2013 - Grondmechanica

• Code: CTB2310 ECTS Punten: 5

2014 - Grondmechanica

• Code: AESB2330 ECTS Punten: 5

2013 - Numerical Modelling in Geo-Engineering

• Code: CIE4366 ECTS Punten: 6

2014 - Grondmechanica

• Code: CTB2310 ECTS Punten: 5

2012 - Numerical Modelling in Geo-Engineering

• Code: CIE4366 ECTS Punten: 6

2014 - Behaviour of Soils and Rocks

• Code: CIE4361 ECTS Punten: 6

2014 - Numerical Modelling in Geo-Engineering

• Code: CIE4366 ECTS Punten: 6

2015 - Grondmechanica

• Code: CTB2310 ECTS Punten: 5

2015 - Behaviour of Soils and Rocks

• Code: CIE4361 ECTS Punten: 6

2015 - Numerical Modelling in Geo-Engineering

• Code: CIE4366 ECTS Punten: 6

2015 - Grondmechanica

• Code: AESB2330 ECTS Punten: 5

2013 - Behaviour of Soils and Rocks

• Code: CIE4361 ECTS Punten: 6

2017 - Behaviour of Soils and Rocks

• Code: CIE4361 ECTS Punten: 6

2017 - Numerical Modelling in Geo-Engineering

• Code: CIE4366 ECTS Punten: 6

2017 - Grondmechanica

• Code: CTB2310 ECTS Punten: 5

2017 - Grondmechanica

• Code: AESB2330 ECTS Punten: 5

2017 - Geo-resources 1.0: past and present

• Code: AESB3110 ECTS Punten: 5

2016 - Grondmechanica

• Code: CTB2310 ECTS Punten: 5

2016 - Grondmechanica

• Code: AESB2330 ECTS Punten: 5

2016 - Behaviour of Soils and Rocks

• Code: CIE4361 ECTS Punten: 6

2016 - Numerical Modelling in Geo-Engineering

• Code: CIE4366 ECTS Punten: 6

2018 - Grondmechanica

• Code: CTB2310 ECTS Punten: 5

2018 - Grondmechanica

• Code: AESB2330 ECTS Punten: 5

2018 - Behaviour of Soils and Rocks

• Code: CIE4361 ECTS Punten: 6

2018 - Numerical Modelling in Geo-Engineering

• Code: CIE4366 ECTS Punten: 6

2020 - Grondmechanica

• Code: AESB2330 ECTS Punten: 5

2020 - Grondmechanica

• Code: CTB2310 ECTS Punten: 5

2019 - Grondmechanica

• Code: CTB2310 ECTS Punten: 5

2019 - Grondmechanica

• Code: AESB2330 ECTS Punten: 5

2020 - Geothermal Energy

• Code: AESM1400 ECTS Punten: 3

2019 - Numerical Modelling in Geo-Engineering

• Code: CIE4366 ECTS Punten: 6

nevenwerkzaamheden

Docent/trainer/coach - ENI

2020-04-01 - 2022-04-01

Industrie