Past research projects

Current research topics

Modelling of squeezing phenomena in anisotropic rock

Foliated rocks such as micaceous schists are particularly prone to anisotropic creep. This fact may cause severe problems of squeezing when driving deep tunnels, especially when the tunnel axis is not perpendicular to the foliation planes. A rational approach to the prediction and assessment of squeezing as a process in time and, therefore, also pertinent experimental results are still missing. Starting from a simple approach to anisotropic creep/relaxation we investigate its implications for tunnelling by means of numerical simulations.

Bearbeiter: D. Kolymbas, W. Fellin, G. Medicus, F.Schranz


Untersuchungen mit dem Netzfreien Code SPARC

Axialsymmetrische Simulation der quasistaschichen Penetration in trockenen und wassergesättigten Sand mit dem netzfreien Soft PArticle Code (SPARC).

Bearbeiter: I. Bathaeian, D. Kolymbas



Experimentelle Bestimmung der Critical State Line Parameter

Durch die Adaption bestehender Laborversuche soll ein einfacheres und robusteres Verfahren zur Bestimmung der notwendigen Parameter Critical State Line entwickelt werden.

Bearbeiter: F. Schranz, W. Fellin



Process analysis and prediciton of mass movements

Researcher(s): B. Schneider-Muntau, W. Fellin

Main research field(s):

Comparative evaluation of a positioning system for avalanche victims

Researcher(s): W. Fellin, A. Heilig

Main research field(s):


Researcher(s): D. Kolymbas

Main research field(s):

Cultural Heritage Protection against Flood

The CHEF initiative aims at preventing moveable and immoveable cultural heritage from damage caused by flooding. Risk assessment and emergency measures as well as damage evaluation and restoration and repair techniques are considered in the frame of the project.

Homepage: CHEF

Researcher(s): D. Kolymbas, A. Blioumi, M. Holzmann

Main research field(s):




Nach oben scrollen