A new PhD position in experimental soil mechanics is open at Charles University.
Starting date October 2020, topic: Evaluation of hydromechanical properties of bentonite subjected to thermal loading.
Further information on this position can be found at: https://stars-natur.cz/phd-positions/geology/evaluation-of-hydromechanical-properties-of-bentonite-subjected-to-thermal-loading?back=nibtu
Related Articles
-
Post-doc position in energy geotechnics at Aarhus University
Applications are welcome for a 1.5-year postdoc position (with extension opportunities) to investigate the cyclic behaviour of a geomembrane energy storage system. The successful candidate will investigate the cyclic behaviour […] -
-
PhD position on thermo-hydro-mechanical coupling in slope stability (Charles University)
A second PhD position in soil mechanics is available at Charles University. Topic: Effects of thermo-hydro-mechanical coupling on slope deformation in expansive clays: advanced experiments and hypoplastic modelling. Starting date: […] -
Two postdoctoral positions in computational mechanics in Ben Gurion university and Ariel university, Israel, are available immediately
Two postdoctoral positions are available in Israel for one year, with the possibility of renewal for up to three years. The projects will be conducted in AU and BGU, under […] -
0 Comments
Supporting Organisations
Recent posts
-
Two postdoctoral positions in computational mechanics in Ben Gurion university and Ariel university, Israel, are available immediately 28.2.2021
-
K0 determination Reloading using HP clay model 22.2.2021
-
Seismic Liquifaction 11.2.2021
-
Modelling cyclic loads in Tochnog 11.2.2021
-
Soft soil model vs Soft soil creep model 8.2.2021
-
Boundary value problems for granular materials subjected to earthquake loading 8.2.2021
-
Guidance for a newbie 6.2.2021
-
Modelling Rate-dependent behaviour of clay [Urgent] 1.2.2021
-
Postdoctoral Fellowship in computational geomechanics 27.1.2021
-
USDM – Creep -SCLAY1S 25.1.2021
-
Hardening Soil Model in Abaqus 25.1.2021
-
Effects of water content in sand in hypoplastic strength parameters 25.1.2021