Overview
| 1. | 2. | 3. | 4. | Project |
| A1 | A1 | A1 | Physical modeling of shear formation in granular material -> Physical modeling of shear band formation in granular and cohesive material (Triantafyllidis, König) |
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| A4 | A4 | Global material relations of jointed rocks (Bruhns) | ||
| A6 | A6 | Festigkeit und Spannungsregime in der Oberkruste (Pohl, Rummel) | ||
| A7 | A7 | Fracture Energy of Propagating Cracks in Rock (Kalthoff) | ||
| A10 | A10 | A10 | Fluid transport and frictional strength of jointed or faulted rocks (Song, Renner, Bruhns) | |
| A11 | A11 | Strength of upper crustal rocks on different scales - from fracture experiments in the lab to mining-induced seismicity (Alber, Meier) | ||
| A12 | A12 | Lateral extent and microstructure of damage zone along natural dilatant cracks (Stöckhert) | ||
| B1 | B1 | Ein in-situ Experiment zum Verständnis des Spröd/Duktilen - Übergangs in der kontinentalen Kruste (Harjes, Rummel) | ||
| B2 | B2 | Ermittlung rheologischer Parameter mittels Modellierung zeitabhängiger Krustendeformation (Roth) | ||
| B3 | B3 | Mikrostrukturelle Kriterien für postseismisches Kriechen unterhalb des Spröd-Plastisch-Übergangszone (Stöckhert) | ||
| B4 | B4 | High stress quartz plasticity and fabric development during stress relaxation and annealing - an experimental study (Stöckhert, Trepmann) | ||
| B5 | Evolution of stress and pore fluid pressure through the plastic to brittle transition, southern Evia, Greece (Stöckhert) | |||
| B6 | Fracture pattern and deformation of quartz veins in eclogite beneath a large low-angle normal fault, Rugsondoya, Norway (Stöckhert) | |||
| B7 | B7 | Rheological response of continental crust to thermal pulses related to magmatism and volcanism (Chakraborty, Hackl) | ||
| C1 | C1 | C1 | Rheology of eclogitic rocks (Renner, Stöckhert) | |
| C2 | C2 | Structural and rheological information of the Hellenic subduction zone from gravity data (Casten) | ||
| C3 | C3 | Rheologische Struktur in der Hellenischen Subduktionszone aus herdmechanischen Untersuchungen (Harjes, Jost) | ||
| C4 | C4 | C4 | Tracing the Hellenic subduction zone from the Libyan Sea to the central Aegean using onshore and offshore temporary seismological networks ->Seismicity of the Hellenic Subductions zone - microseismicity and large earthquakes (Bohnhoff, Meier, Friederich) | |
| C5 | Time-Delayed Tectonic Effects and Interactions of Earthquakes (Roth) | |||
| C6 | C6 | Elastic and anelastic properties of the Hellenic Subduction zone - plate contact and mantle wedge (Friederich, Meier) | ||
| C7 | C7 | Numerical modelling of dynamic processes in the Hellenic Subduction zone (Fischer, Casten) | ||
| C8 | Relations between tectonic models and distribution of physical properties in subduction zones (Bruhns, Friederich) | |||
| C9 | Subduction channels - structures, machanisms, scales from the geological record (Stöckhert, Trepmann) | |||
| D1 | Phaseneigenschaften durch Mikrowarmindentation (Berns, Stöckhert) | |||
| D2 | Elementary mechanisms of dissolution reprecipitation creep in model systems (Schmahl, Jordan, Röller) | |||
| D3 | Lösungs-Fällungs-Kriechen in mehrphasigen Gesteinen: Schmelztopologie unter UHPM-Bedingungen (Röller, Duyster, Stöckhert, Maresch, Burchard) | |||
| D4 | On the role of slow and sudden loading events on fracture of cylindrical hard phases in a ductile matrix (Skrotzki, Eggeler, Stöckhert) | |||
| D6 | Transporteigenschaften, Lösungs- und Fällungskinetik von wässrigen Lösungen in Wechselwirkung mit Mineralparagenesen (Maresch, Burchard, Fockenberg, Medenbach) | |||
| D7 | Abhängigkeit des Versetzungskriechens von Umgebungsvariablen (P,T, Chemie): Die Kontrolle durch Punktdefekte in Mineralen (Chakraborty, Becker) | |||
| D8 | D8 | Modelling of granular flow accomodated by interphase material transport (Hackl) -> Solution-precipitation creep - constitutive modelling and experimental confirmation (Hackl, Maresch) |
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| D9 | D9 | D9 | Modeling of crack growth in high strength mineral garnets under seismic loading conditions (Le, Hackl) -> Fragmentation analysis of rocks under seismic loading conditions (Le) |
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| D10 | The grain-scale distribution of hydrous silicate melts and its effect on the viscous compaction of partially molten aggregates (Renner) | |||
| D11 | Diffusion and speciation of dissolved oxides in H2O at high pressures and temperatures (Maresch, Doltsinis) | |||
| D12 | Rheology of crystalline target rocks during impact cratering (Trepmann) | |||
| D13 | D13 | Diffusion processes at solid-solid-liquid interfaces (Doltsinis, Renner) | ||
| E1 | E1 | E1 | The dependence of dislocation creep rate of minerals on enviromental variables (P, T and chemistry): II. The role of water. III. Deformation behaviour of garnet - a key mineral in the crust and the mantle (Chakraborty, Becker) |
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| E2 | High temperature indentation creep tests on rock-forming minerals (Röller, Eggeler) | |||
| E3 | Elastic properties of selected subduction zone minerals | |||
| E4 |
The evolution of microstructure in polycrystalline aggregates deforming at high-temperature: Numerical modelling guided by experimental constraints |
