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Matthew Kubala
Matthew Kubala
Mechanical Engineering PhD Candidate, University of Minnesota
Verified email at umn.edu
Title
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Cited by
Year
Synthetic growth by self-lubricated photopolymerization and extrusion inspired by plants and fungi
MM Hausladen, B Zhao, MS Kubala, LF Francis, TM Kowalewski, ...
Proceedings of the National Academy of Sciences 119 (33), e2201776119, 2022
112022
Ventricle-specific epicardial pressures as a means to optimize direct cardiac compression for circulatory support: A pilot study
J Han, M Kubala, E Aranda-Michel, DR Trumble
PloS one 14 (7), e0219162, 2019
92019
Design of a Muscle-Powered Soft Robotic Bi-VAD for Long-Term Circulatory Support
J Han, M Kubala, DR Trumble
Frontiers in Biomedical Devices 40789, V001T01A003, 2018
72018
Design of a Handheld Tissue Grasping Device to Measure Tissue Mechanical Properties In-Vivo or in a Laboratory Setting
B Drahos, A Safdari, F Malik, R Smith, M Kubala, J Norfleet, C Parsey, ...
Frontiers in Biomedical Devices 83549, V001T06A009, 2020
22020
Photopolymerization-Based Extrusion for Fabrication of Profiled Parts and Growing Robots
MM Hausladen, B Zhao, MS Kubala, LF Francis, TM Kowalewski, ...
2023 AIChE Annual Meeting, 2023
2023
Systems and methods for continuous extrusion of a solid body or part from monomer solutions, and growing soft robots utilizing the same
CJ Ellison, TM Kowalewski, LF Francis, MM Hausladen, B Zhao, ...
US Patent App. 17/985,488, 2023
2023
Design of a Miniaturized, Affordable, and Quantifiable Vascular Doppler
BH M Kubala, J Doenges, V Mavanji, J Wales
Proceedings of the 2020 Design of Medical Devices Conference, 2020
2020
Design of a Miniaturized, Affordable, and Quantifiable Vascular Doppler
M Kubala, B Hodenfield, V Mavanji, J Wales, J Doenges
Frontiers in Biomedical Devices 83549, V001T01A013, 2020
2020
DMD2018-6835
J Han, M Kubala, DR Trumble
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