Monitoring and modelling long-term performance of fibre-reinforced polymer bridges Supervisors: Dr Stana Živanović and ([email protected] and Dr Irwanda Laory [email protected]) Structural application of fibre-reinforced polymer (FRP) composite materials is one of the key factors leading to technological innovations in aviation, chemical, offshore oil and gas, rail and marine sectors. Motivated by such successes, FRP shapes and systems are increasingly used in the construction sector, such as for bridges and small residential buildings. An obstacle to a wider use of FRP materials in structural engineering is the current lack of knowledge about their longterm static and dynamic performance. We are in the process of designing an all-FRP bridge, to be built on the University of Warwick campus within the research project entitled Characterising dynamic performance of fibre reinforced polymer structures for resilience and sustainability (for more info see http://gow.epsrc.ac.uk/NGBOViewGrant.aspx?GrantRef=EP/M021505/1). Within the advertised PhD project, the aim is to develop methodologies for damage detection and identification of FRP structures. It involves measurement system design, detailed instrumentation, monitoring and analysis of the bridge’s performance over a few years period, with the focus on choice of resilient instrumentation and optimum monitoring points to allow for effective identification and modelling of bridge properties with time. Aberfeldy bridge, longest FRP footbridge. Preliminary design of wireless monitoring system for the FRP bridge.