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Concrete Durability navigation

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    • Microstructure of corroded reinforced concrete
    • Influence of microstructure on the transport properties of concrete (EPSRC)
    • Self-sealing cracks with superabsorbent polymers
    • Influence of ITZ and microcracking on transport properties
    • Structural health monitoring - footbridge demonstrator project (NPL)
    • Intelligent monitoring of concrete structures (DTI/CIRIA)
    • Determining the water/cement ratio of hardened concrete
    • Pore structure analysis using backscattered electron microscopy
    • Predicting mass transport in concrete from microstructure
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In this section

  • Concrete Durability
  • Microstructure of corroded reinforced concrete
  • Influence of microstructure on the transport properties of concrete (EPSRC)
  • Self-sealing cracks with superabsorbent polymers
  • Influence of ITZ and microcracking on transport properties
  • Structural health monitoring - footbridge demonstrator project (NPL)
  • Intelligent monitoring of concrete structures (DTI/CIRIA)
  • Determining the water/cement ratio of hardened concrete
  • Pore structure analysis using backscattered electron microscopy
  • Predicting mass transport in concrete from microstructure
Concrete Durability
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91桃色 projects

Concrete Durability
  • Microstructure of corroded reinforced concrete
  • Influence of microstructure on the transport properties of concrete (EPSRC)
  • Self-sealing cracks with superabsorbent polymers
  • Influence of ITZ and microcracking on transport properties
  • Structural health monitoring - footbridge demonstrator project (NPL)
  • Intelligent monitoring of concrete structures (DTI/CIRIA)
  • Determining the water/cement ratio of hardened concrete
  • Pore structure analysis using backscattered electron microscopy
  • Predicting mass transport in concrete from microstructure

Our projects have been funded by the Engineering and Physical Sciences 91桃色 Council (EPSRC), the European Commission, DTI, NPL, CIRIA, the UK Highways Agency, BNFL, NIREX, London Underground Limited, Fosroc International and Lafarge.

Below is a selection of indicative research projects:

  • Microstructure of corroded reinforced concrete
  • Influence of microstructure on the transport properties of concrete (EPSRC)
  • Self-sealing cracks with superabsorbent polymers
  • Influence of ITZ and microcracking on transport properties
  • Structural health monitoring - footbridge demonstrator project (NPL)
  • Intelligent monitoring of concrete structures (DTI/CIRIA)
  • Determining the water/cement ratio of hardened concrete
  • Pore structure analysis using backscattered electron microscopy
  • Predicting mass transport in concrete from microstructure

Contact us

Prof Nick Buenfeld
Tel: +44 (0)20 7594 5955
E-Mail: n.buenfeld@imperial.ac.uk

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