An in-situ monitoring system for natural temperature and relative humidity
Taylor, A.J., Cripps, J.C. and Clarke, S.D.
(2013)
An in-situ monitoring system for natural temperature and relative humidity.
In: Kwasniewski, M. and Lydzba, D., (eds.)
Eurock 2013 - Rock Mechanics for Resources, Energy and Environment.
Eurock 2013 - Rock Mechanics for Resources, Energy and Environment, 21-26 Sep 2013, Wroclaw, Poland.
Taylor & Francis
, 351 - 356 .
ISBN 978-1-138-00080-3
Abstract
Oxidation of pyrite-rich, carbonaceous mudrocks used as fill beneath ground bearing floor slabs is currently causing significant problems to domestic and other properties in Ireland. Due to the precipitation of gypsum and other minerals the fill expands and this causes heave of slabs, together with distortion and cracking of the structure. Temperature is known to have an effect on both the rate and amount of this expansion; however, the full impact of human habitation on this process is not fully understood. The paper gives details of the development and testing of a system for monitoring temperature, humidity and pressure conditions within the material. This system is designed to minimise cost and disruption to the homeowner, whilst facilitating reliable measurements over period of 3 to 12 months
CORE (COnnecting REpositories)
CORE (COnnecting REpositories)