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Booking open for new CSIC course on using Distributed Optical Fibre Strain Sensing for infrastructure monitoring

last modified Mar 20, 2014 01:58 PM

Smart monitoring for performance-based design is increasingly being recognised as an essential tool for improving construction processes, delivering efficiency and reducing over specification. On the other hand, the high level of maintenance required to preserve our ageing infrastructure and run it at full capacity has created a demand for structural health monitoring or performance-based maintenance.

Distributed Optical Fibre Sensing provides an innovative, economic and effective solution to performance monitoring. It is a technology that allows spatially continuous strain measurement along optical fibres attached onto or embedded in structures, potentially replacing a large number of point sensors. This helps improve our understanding of soil-structure interactions but also pinpointing localised problem areas such as failure or yielding points.

The aim of this CSIC one-day course, taking place in Cambridge on 26 February, is to provide an overview of fibre optic strain sensing capabilities and the opportunities it can offer, and to demonstrate how it can be implemented to monitor geotechnical infrastructures.

Course Staff

Prof. Robert Mair CBE, FREng, FRS

Head of Civil and Environmental Engineering

Prof. Kenichi Soga FREng, FICE

Professor of Civil Engineering

Dr Mohammed Elshafie

Lecturer, Laing O’Rourke Centre for Construction Engineering and Technology

Dr Cedric Kechavarzi FHEA

Training & Knowledge Transfer Manager, CSIC

Mr Philip Keenan CEng

Business Development Manager, CSIC

Dr Jennifer Schooling CEng

Director, CSIC

 

Only limited places are available so don't miss out!

Click here to book