Exploring fracture mechanics of blood clot for hemostasis applications
Supervisor: Jianyu Li
The project is to understand the fracture mechanics of blood clots, develop novel experimental-computational frameworks for hemostasis applications and integrate interdisciplinary approaches including experimental mechanics, computational mechanics, biomaterials, as well as blood clot biochemistry to engineer tough adhesive blood clots or cell-based tough hydrogels that could prompt hemostasis performance, enhance clot stability and avoid rebleeding.
Keywords: Fracture mechanics, blood clot, hemostasis, biomaterial, biomechanics
Equipment: Instron universal tensile machine, rheometer, 3D printer
Techniques: Experimental mechanics, finite element simulation, biochemistry
Shiyu Liu
Contact Information
- McGill University
Department of Department of Mechanical Engineering - 817 Sherbrooke Street West, Room MD 270,
Montréal, Quebec, H3A0C3 - Email: shiyu.liu@mail.mcgill.ca
- Home: 4388665298
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