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Product details

Distributed Fibre Optic Strain Sensing for Monitoring Civil Infrastructure: A Practical Guide

C Kechavarzi, K Soga, N de Battista, L Pelecanos, M Elshafie, RJ Mair
Cambridge Centre for Smart Infrastructure and Construction

Price: £ 70.00

ISBN: 9780727760555
Format: Hardbound
Publish Date: 06/09/2016
Publisher: ICE Publishing
Page Size: 234x156mm
Number of Pages: 264

Distributed Fibre Optic Strain Sensing for Monitoring Civil Infrastructure: A Practical Guide


Distributed Fibre Optic Strain Sensing for Monitoring Civil Infrastructure offers comprehensive guidance in the current developments of distributed optical fibre sensing applied to the field of civil engineering. The book discusses the concepts and practice of fibre optic monitoring of infrastructure and construction within the underground and geotechnical industry through real-life case studies in tunnel and pile monitoring, diaphragm-walls and slopes and embankments. Smart monitoring for performance-based design is increasingly being recognised as an essential tool for improving construction processes, delivering efficiency and reducing over-specification.

Distributed Fibre Optic Strain Sensing for Monitoring Civil Infrastructure:

provides in-depth knowledge of Brillouin sensing, including DFOSS and BOTDR/A
includes highly illustrated real-world case studies
explores an innovative, economic and effective solution to performance monitoring
discusses practical considerations such as cable types, methods of attachment, cable handling and installation planning and testing.

Written by experts at the Cambridge Centre for Smart Infrastructure and Construction (CSIC), this book highlights the main issues and offers guidance on how to correctly and efficiently determine the specifications for a distributed strain sensing system, examines fibre optic data analysis, the conversion to engineering parameters and how to interpret results.


About the authors

PART A. General concepts
1. Physical principles of fibre optic strain sensing
2. Fibre optic strain analysers and specifications

PART B. Practical considerations
3. DFOS hardware and testing equipment
4. Installation and operation of DFOS systems

PART C. Data processing, analysis and interpretation
5. Calculating strain from Brilluin frequency data
6. Engineering interpretation

PART D. Case studies in geotechnical applications
7. Tunnel monitoring
8. Pile monitoring
9. Diaphragm walls
10. Slopes and embankments


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