PhD/postdoc openings (University of Minnesota) on the multi-physics modeling and inverse characterization on reaction-driven cracking

Successful applicants will work on the mechanics and thermodynamics of porous solids undergoing reactive flow within the scope of the DOE-funded center on Geo-processes in Mineral Carbon Storage (GMCS, https://gmcs.umn.edu). The mission of GMCS is to develop the fundamental science and engineering capability that will lead to realizing the full potential for large-scale subsurface storage of CO2 via mineralization. Arriving at an effective operation for mineral carbon storage requires that reaction, flow, and fracture processes, occurring across multiple space and time scales, work in a positive feedback loop. Of particular relevance to this opening are (i) thermodynamics of crystal growth and crystallization pressure, (ii) reaction-driven cracking, and (iii) inverse characterization porous solids undergoing reactive flow.

 
Requirements: Excellent proficiency in mathematics, solid mechanics, and thermodynamics. Familiarity with the theory of inverse problems, flow in porous media, and homogenization techniques is preferred. English proficiency is expected.

For applications or further information, please contact Prof. Bojan Guzina guzin001@umn.edu