PoreXpert version 2 security5 June 2020
We are now busy preparing the Sentinel security dongles and download system for the v2 alpha release.
v2 alpha release testing8 May 2020
We are currently vigorously testing PoreXpert V2, including non-English language versions as shown, prior to alpha release.
Revised user manual28 April 2020
PoreXpert version 2 is a significant advance on the previous version (1.8), so a new, nearly 200 page User Manual has been written to accompany it.
Improved tortuosity simulation26 March 2020
We have programmed an improved tortuosity simulation for PoreXpert version 2.
Automated cluster analysis succcess4 March 2020
Success ! We have managed to find a stable mathematical way of identifying the ‘cluster ratio’ for a particular samples, by means of which those voids that are likely to be clusters of smaller voids can be identified. A new PoreXpert operation and user interface have been designed and implemented by our programmer.
PoreXpert cluster analysis23 January 2020
The patented, world leading PoreXpert cluster analysis is very powerful, but currently requires trial and error to find out how many voids are likely to be clusters. We are therefore busy automating it.
Consultancy project10 December 2019
We are using the University of Plymouth’s world-leading Focussed Ion Beam Scanning Electron Microscope (FIB-SEM) as part of a major on-going consultancy project for a client.
Annual Symposium of the Society of Core Analysts – 20191 August 2019
We presented a poster (available from the downloads page) and summary oral presentation at the Annual Symposium of the Society of Core Analysts in Pau, France on 26-29th August 2019. The talk was entitled ‘Inverse modelling of nano- to macro-scale voidage within tight-oil shale’.
Cluster analysis publication26 June 2019
Percolation measurements – mercury porosimetry, porometry and soil water retention – do not reveal the volumes of large voids surrounded by smaller connections. The new and exciting PoreXpert cluster analysis now identifies features which are likely to be clusters of smaller voids within larger void zones, and estimates the sizes of the smaller voids inside each cluster, see Transport in Porous Media September 2018.