Project Details

Professor Dr. Donald Bruce Dingwell

Address Ludwig-Maximilians-Universität München
Sektion Mineralogie, Petrologie und Geochemie
Lehrstuhl für Mineralogie und Petrologie
Theresienstraße 41
80333 München

Projects

As Applicant
- Completed projects
  - Das explosive Verhalten von Merapi: Identifizierung der Mechanismen durch experimentelle Fragmentierung und Charakterisierung der eruptiven Produkte von Merapi (Research Grants)
  - Rheologische und mechanische Charakterisierung der Dom-Laven des Vulkans Unzen in Vorbereitung auf das ICDP-Bohrprojekt Unzen (Infrastructure Priority Programmes)
  - Kalorimetrische Bestimmung der thermischen Geschichte von natürlichen Gläsern (Priority Programmes)
  - Physiko-chemische Charakterisierung der Entgasung und Schäumung in rhyolithischen Schmelzen mittels Hochdruck-in-situ-Dilatometrie (Priority Programmes)
  - Experimental investigation into geochemical disequilibrium between fluids and melts during ascent and subvolcanic residence time of magma (Priority Programmes)
  - Das explosive Verhalten des Fugendake, Kyushu, Japan: Charakterisierung der eruptiven Produkte und Identifizierung der Eruptionsmechanismen im Vorfeld und in Begleitung des Unzen Scientific Drilling Project (USDP) (Infrastructure Priority Programmes)
  - Quantifizierung der Abkühlungsgeschichte submariner basaltischer Vitrophyre von Hawaii (USA); ICDP Projekt Hawaii Scientific Drilling Project (HSDP) (Infrastructure Priority Programmes)
  - Experimental determination of isotope and element partitioning between immiscible oxide-based melts using a centrifuge furnace and autoclave (Priority Programmes)
  - Magma chamber dynamics beneath the Rockeskyller Kopf volcanic centre, West Eifel: A combined field and experimental study (Research Grants)
  - Mit Hilfe eines neu entwickelten experimentellen Aufbaus sollen die Entstehungsmechanismen hydromagmatischer Aschen näher untersucht werden (Research Grants)
  - Kinetics and the extent of immiscibility in basaltic liquids (Research Grants)
  - Towards timescales of assimilation and magma mixing in the Large Igneous Province of Snake River Plain-Yellowstone, northwest United States (Infrastructure Priority Programmes)
  - Decompression of Krafla magma: From immobile magma mush to explosive foaming? (Infrastructure Priority Programmes)
As Deputy
- Completed projects
  - SPP 1055: Bildung, Transport und Differenzierung von Silikatschmelzen (Priority Programmes)
As Project Head
- Completed projects
  - Fate of (metal)organics under extreme conditions: survival and relevance for prebiotic chemistry (CRC/Transregios)
As Participating Person
- Completed projects
  - Experimental determination of the physico-chemical properties of Fe-rich silicate melts relevant to mars (Priority Programmes)
  - Determination of the molar volumes of Lanthanide-bearing silicate melts (Priority Programmes)
  - Wechselwirkungs- und Separationsverhalten koexistierender Silikat- und Metallsulfidschmelzen (Priority Programmes)
  - Viscous flow of magmas from Unzen volcano, Japan - Implications for magma ascent and emplacement (Infrastructure Priority Programmes)
  - Rheology of the 2006 Plinian and effusive eruption of Tungurahua valcano, Ecuador (Research Grants)
  - Development of an ultra-high resolution neutron computed tomography system for the characterisation of drill cores. (Infrastructure Priority Programmes)
  - Experimental determination of the rheology and acoustic emissions of Colima (Mexico) dome lavas (Research Grants)
  - Ejection speed of pyroclasts (Research Grants)
  - Dune bedfroms generated by pyroclastic density currents (Research Grants)
  - Shock wave hazards during explosive volcanic eruptions: an experimental investigation (Research Grants)
  - Assimilation and mixing of crystal-bearing magmas in the Snake River Plain, NW United States: rheological timescales for magmatism of large silicic provinces (Infrastructure Priority Programmes)
As Host
- Completed projects
  - The strength of faults derived from 3-D fault imaging and tectonic computer simulations of the lithosphere (Research Grants)
As Co-Investigator
- Completed projects
  - 2D and 3D fabric quantification of conduit textures to understand eruption dynamics and mechanisms: unique in situ example of Mt Unzen (Infrastructure Priority Programmes)
  - UNcovering the role of Pyroclasts on volcanIc jet Noise – UNPIN (Research Grants)
  - Data-driven thermomechanical modelling of lava flows (Research Grants)

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Professor Dr. Donald Bruce Dingwell

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Servicenavigation

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Professor Dr. Donald Bruce Dingwell

Additional Information

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