The use of computer programmes to design and innovate construction techniques is well known in the construction industry with a continuous input from the international research community.

Michael Cortis and his computational mechanics team at Glasgow University has developed a software named MoFEM, using state-of-the-art mathematical and physical sciences able to model fracturing in materials such as concrete, the mechanics of fibrous materials and the bond behaviour between different solid materials.

This development led to the creation and investigation of a new concrete reinforcement system consisting of ribbed, braided ropes made from fire-resistant materials such as carbon and glass fibres. Such a system is thought to provide fire and corrosion resistance to concrete structures, keeping the marginal increse of construction cost to a minimum.

Unlike other software, this tool, based on finite element technology, allows engineers to simulate efficiently at high accuracies the behaviour of materials and structures components. This will also allow the reduction and effort to engage in physical testing to determine the strength, feasibility and efficiency of such systems.

Dr Cortis has successfully defended his thesis and was awarded a PhD from Glasgow University. This degree was carried out following the award of a STEPS scholarship, part-financed by the EU – European Social Fund (ESF) under Operational Programme II – Cohesion Policy 2007-2013, Empowering People for More Jobs and a Better Quality of Life.