Summary
This PhD project will focus on the development of eco-friendly and easy-to-reuse structural systems for the next generation infrastructures in a circular economy. Infrastructures, such as bridges, buildings, and electricity transmission towers, play an important role in the society to ensure people’s living quality and the effective operation of various sectors. The demand is increasing with growing population, as revealed by the over £483 billion of investment on infrastructure from UK government (2016 – 2021). However, the infrastructure construction not only generates great challenges for the supply of raw materials and resources, but also causes severe environmental impacts including the CO2 emission during construction materials production and the large quantity of demolition waste generation.
To overcome the challenges, you will carry out the research to develop and investigate the structural systems that are formed with eco-friendly and high-strength materials (e.g. green concrete made from industry wastes such as Calcined clay and GGBFS) and are also demountable for dis-assembling and reuse in new construction to eliminate waste generation. You will consider the different types of structural components for infrastructures and investigate them under the critical service loading conditions via numerical modelling and physical testing with the state-of-the-art facilities at the George Earle Heavy Structures Laboratory. The expected research outcome will be a meaningful contribution to the Structural Engineering field, industry and society as it brings the potential for sustainable infrastructure by reducing the consumption of new construction materials and the generation of wastes that damage the environment.
