Job description

Requirements

  • Entry level
  • No Education
  • Salary £17,009.00 gross per year
  • Loughborough

Description

SupervisorDr David Allinson

Project Description

Reducing the energy demand of the UKs existing housing stock is an essential step in achieving greenhouse gas reduction targets and alleviating fuel poverty. The highest levels of heat loss occur in the c30% (8 million) homes that have solid masonry walls (SMWs). Insulating these walls can save energy but may cause moisture problems. Water accumulates within SMWs when it is raining outside or humid inside and diminishes with drier conditions. This water can pass from one face of the wall to the other as there is no cavity to act as a capillary break. This moisture can lead to mould growth, interstitial condensation and freeze thaw damage, which can cause severe damage and affect the health of occupants.

This PhD will produce new methods and metrics, backed by rigorous scientific evidence, that enable moisture risk assessment of SMWs to be carried out routinely, new insulation materials to be developed and more homes to be insulated. The research will use our state-of-the-art Hygrothermal Test Facility, our full-sized test house and the latest modelling software.

The successful applicant will join the EPSRC Centre for Doctoral Training in Energy Resilience and the Built Environment at Loughborough.

  • ms project
  • software