Mats Karlsson
Doktorand at
Chalmers, Architecture and Civil Engineering, GeoEngineering
Mats is an Assistant Professor at the Division of GeoEngineering, research group Engineering geology and geotechnics.
Source: chalmers.se
Projects
2017–2020
Omgivningspåverkan på olika grund av djupa schakter i lösa leror
Mats Karlsson
GeoEngineering
Formas
2014–2015
Nyttan av förbättrade fältundersökningar - blockprovtagare
Jelke Dijkstra
GeoEngineering
Mats Karlsson
GeoEngineering
Swedish Transport Administration
2016–2017
Avancerad modellering av djup schakt för tunnel inom Marieholmsförbindelsen
Minna Karstunen
GeoEngineering
Mats Karlsson
GeoEngineering
Swedish Transport Administration
2017–2020
Effects of climate change on slope stability in sensitive clays
Minna Karstunen
GeoEngineering
Jelke Dijkstra
GeoEngineering
Mats Karlsson
GeoEngineering
Matias Nordin
GeoEngineering
Formas
2014–2017
Geothermal foundations in soft clays
Minna Karstunen
GeoEngineering
Jelke Dijkstra
GeoEngineering
Yanling Li
GeoEngineering
Mats Karlsson
GeoEngineering
Formas
NCC
2015–2017
Parameter- och modellval för numeriska beräkningar i lös lera - Best practice (BEST SOIL)
Minna Karstunen
GeoEngineering
Amardeep Amavasai
GeoEngineering
Jelke Dijkstra
GeoEngineering
Mats Karlsson
GeoEngineering
Swedish Transport Administration
2012–2016
Creep of Geomaterials (CREEP)
Minna Karstunen
GeoEngineering
Amardeep Amavasai
GeoEngineering
Mats Karlsson
GeoEngineering
Jean-Philippe Gras
GeoEngineering
Claes Alén
GeoEngineering
Jelke Dijkstra
GeoEngineering
Jorge Yannie
GeoEngineering
European Commission (FP7)
2014–2017
On the fundamental relation between soil creep and cyclic pile-soil response
Minna Karstunen
GeoEngineering
Jelke Dijkstra
GeoEngineering
Mats Karlsson
GeoEngineering
Amardeep Amavasai
GeoEngineering
Swedish Transport Administration
There might be more projects where Mats Karlsson participates, but you have to be logged in as a Chalmers employee to see them.
Publications
2017
On the benefits of incorporating anisotropy in stability analyses in sensitive clays
Mats Karlsson, Minna Karstunen,
Advances in Natural and Technological Hazards Research, p. 259-266
Chapter in monograph, book
2016
Evaluation of temperature controlled oedometer test apparatus
Yanling Li, Minna Karstunen, Mats Karlsson et al
Energy Geotechnics, p. 623-627
Conference paper - peer reviewed
2016
Consequences of sample disturbance when predicting long-term settlements in soft clay
Mats Karlsson, Arnfinn Emdal, Jelke Dijkstra et al
Canadian geotechnical journal. Vol. 53 (12), p. 1965-1977
Scientific journal article - peer reviewed
2016
Implementation of a Modified Anisotropic Creep Model with structure for soft soils with the Use of COMSOL Physics Builder
Mats Karlsson, JORGE G. YANNIE CARRASCO,
Proceedings of the 2016 COMSOL Conference in Munich
Conference paper - peer reviewed
2015
Proceedings of the International Conference on Creep and Deformation Characteristics in Geomaterials, 24-25 August 2015, Gothenburg, Sweden
Jelke Dijkstra, Minna Karstunen, Jean-Philippe Gras et al
Monograph, book - edited
2012
Modelling compressibility of soft soils with anisotropic material models
Mats Olsson, Claes Alén, Minna Karstunen et al
4th International Workshop of Young Doctors in Geomechanics, W(H)YDOC 12, p. 85-89
Conference paper - peer reviewed
2011
Use and misuse of the isotache concept with respect to creep hypotheses A and B
S.A. Degago, G. Grimstad, H.P. Jostad et al
Géotechnique. Vol. 61 (10), p. 897-908
Scientific journal article - peer reviewed
2010
Calculating long-term settlement in soft clays - with special focus on the Gothenburg region
Mats Olsson,
Licentiate thesis
2008
Some experiences from full-scale test embankments founded on floating lime-cement columns
Mats Olsson, Claes Alén,
Proc. of the 2nd int. workshop on Geotechnics of soft soils
Conference paper - peer reviewed