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surfaces for droplet flow control and vibration-based soft robot. The project has an ambitious aim to demonstrate how physical principles from a new understanding of the coupling between viscous flow and
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hairy surfaces for droplet flow control and vibration-based soft robot. The project has an ambitious aim to demonstrate how physical principles from a new understanding of the coupling between viscous
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Master's student, and several Undergrad students, and we plan to recruit an additional Postdoc and a graduate student over the next couple of years. More information about the Kim lab can be found here: http
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). The positions are part of two projects funded by the Research Council of Norway for the development of a soft hairy surfaces for droplet flow control and vibration-based soft robot. The project has an ambitious
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tunnel facilities, as well as a vertical droplet tunnel. The team also undertakes research in the area of fundamental modelling with molecular dynamic and ice/substrate interface bonding analysis. The main