University of Bath:
Professor Pete Walker measures a straw bale
University of Bath:
Pete Walker outside the Balehaus
University of Bath:
Balehaus viewed with thermal imaging
University of Bath:
Lilac housing development
University of Bath:
The Balehaus on campus
University of Bath:
Yolande Souza working in a lab
University of Bath:
Alastair Marsh_soil-based construction materials
University of Bath:
FITS LCD Project
University of Bath:
RSC New Build
University of Bath:
ISOBIO
University of Bath:
NFI
University of Bath:
Bamboo
University of Bath:
RES_CBCI_Logo
University of Bath:
UK FIRES
University of Bath:
STAFF_Will Hawkins
University of Bath:
BLANK PERSON
University of Bath:
STAFF_ASSOC_Rick_Lupton
University of Bath:
UK FIRES programme structure
University of Bath:
STAFF_Kevin Paine
University of Bath:
STAFF_Richard Ball
University of Bath:
STAFF_Andrew Heath
University of Bath:
UKFires logo
University of Bath:
This ageing structure is losing concrete leaving its steel rods exposed. We can save it from demolition by reinforcing the structure with CFRP to increase its strength.
University of Bath:
CFRP can be manipulated to follow the form of a beam.
University of Bath:
CFRP can be manufactured to form different shapes textures and patterns.
University of Bath:
Adding this composite material to concrete structures improves their strength.
University of Bath:
Themabeeld CBCI - Laatste versie
University of Bath:
Themabeeld CBCI - Laatste versie
University of Bath:
pete_walker_alt