117 Characterization of Biomaterials and Biological Systems

Monday, November 16, 2020: 8:00 AM - 9:00 AM
Fluid Mechanics (01J) (PreRecorded+)

Description:
This session will focus on the characterization of biomaterials, biofluids and other biologically relevant systems. Topics of interest include but are not restricted to, the characterization of novel biomaterials, especially during material evolution, the dynamics of biomolecules (e.g., proteins and single DNA chains), blood flow, hydrodynamic separation of particles and cells, and hydrodynamic phenomena in drug-delivery systems.

Sponsor:
Fluid Mechanics
Chair:
Matthew J. Armstrong Email: matthew.armstrong@usma.army.mil
Co-Chair:
Ya-Wen Chang Email: ya-wen.chang@ttu.edu


(117a) Simulations of Red Blood Cells As Oxygen Sensors That Control Blood Flow in Microchannels
Mehdi Niazi Ardekani, Jiandi Wan, Amir Saadat and Eric Shaqfeh


(117b) A Methodology for Adding Thixotropy to Maxwell and Oldroyd-8 Family of Viscoelastic Models for Characterization of Biomaterials
Jeffrey S. Horner, Matthew Armstrong, Trevor Corrigan and Joseph Tussing


(117c) Characterization of Human Blood with Sequence of Physical Phenomena and Thixo-Elasto-Visco-Plastic Modeling
Trevor Corrigan, Matthew Armstrong and Jeffrey S. Horner


(117d) Physical Control of Pollen Grain Rupturing
Maryam Hosseini, Firoozeh Babayekhorasani and Patrick T. Spicer


(117e) Probing the Link between the Microstructural Behavior and Bulk Response of Rod-like Viruses at High Shear Rates Via Capillary Rheo-SANS
Steve Kuei and Steven D. Hudson


(117f) Toward a Biological Toolkit: Systematic Characterization of Double Emulsions for Screening Applications
Suzanne G.K. Calhoun, Kara K. Brower, Gaeun Kim, Vineeth Chandran Suja, Rochelle Radzyminski, Margarita Khariton, Polly M. Fordyce and Gerald Fuller


(117g) Fluid Dynamics inside Insect Mouthparts and Plant Xylem Influence Biofilm Formation and Transmission of an Insect-Borne Plant Pathogen
Daniel White, Ian M. Marcus, M. Caroline Roper and Sharon L. Walker


(117h) Human Mesenchymal Stem Cells Change Their Degradation Strategy in Response to Microenvironmental Stiffness
Maryam Daviran, Jenna Catalano and Kelly M. Schultz
See more of this Group/Topical: Engineering Sciences and Fundamentals
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