stress-driven

Geohazard information for the masses

Category: PhD

Advertising two new PhD positions in geomechanical modelling and alpine hydrogeology

The Chair of Engineering Geology at ETH Zurich invites applications for two PhD positions in the areas of geomechanical modelling, and alpine hydrogeology. These projects form part of a collaborative effort aimed at gaining insight into the manner in which the generation of bedrock fractures due to large scale topographic changes controls groundwater flow dynamics […]

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Just add water: How to break large rock beams with a few drips

(*pun intended) The failure of natural rock slopes, or engineered bedrock structures (e.g. tunnels, caverns, mines, and excavations) is closely tied to the progressive fracturing of intact rock. The physics of this process is, however, complicated – and even in engineered materials such as glass and steel, the interaction of conditions driving the propagation of cracks is […]

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Catch us at the Swiss Geoscience Meeting, 17 – 18 November

This week the Swiss Geoscience Meeting will be hosted by the Snow and Avalanche Research SLF and the Platform Geosciences of the Swiss Academy of Sciences in Davos, Switzerland. The meeting offers a great chance to keep in touch with scientists from across the country with broad interdisciplinary interests. This year we’ll be presenting work from an environmentally-driven […]

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Find me at EGU 2017

As usual, there’s plenty happening at EGU this year. You can find me at any one of these locations: Monday Mon, 24 Apr, 15:30–15:45, Room N1, GM1.6/BG9.38/HS11.11/NH8.8/TS4.7 | | Highlight Dynamic fracture development in response to extreme summer temperatures: 27/7/2014, Långören Island, Finland (EGU2017-16387) by Kerry Leith, Matthew Perras, Topias Siren, Tuomas Rantanen, Suvi Heinonen, […]

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Neutron diffraction measurements

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Project description

This PhD combines geomorphologic and engineering geological approaches to gain a better understanding of rock slopes and associated hazards posing a risk to life and key infrastructure. New insights are expected by integrating material mechanics, in particular stress corrosion, in the assessment of fracture propagation and, thus, instability of rock slopes. We assess conditioning processes […]

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See the ETH Engineering Geology website for open offers

See the ETH Engineering Geology website for open offers

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