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Secomb

  • Secomb Home Page
    • Appointments
    • Research
    • Microcirculation Division, ARL
    • Publications
    • Microvascular Network Structures
    • Simulation of microvascular network hemodynamics
    • Green's function method
    • C programs for generating contour plots
    • Physiology 472/572 Fall 2015
    • AME/BME 466/566 Fall 2013
    • Computational and Mathematical Modeling of Biomedical Systems
    • Links to other units at the University of Arizona
    • Personal Information

Timothy Secomb, PhD

Research Interests: 

 

  • Appointments and memberships at the University of Arizona
  • Research interests: Theoretical studies of the microcirculation
  • Microcirculation Division, Arizona Research Laboratories, 1983-2019
  • Publications
  • Microvascular networks: 3D structural information
  • Simulation of microvascular network hemodynamics
  • Green's function method for simulation of solute transport to tissue from vessel networks
  • Subroutines in C for generating contour plots from numerical data
  • Quantitative modeling of biological systems (PSIO 472/572)
  • Biomechanical Engineering (AME/BME 466/566 - 2013)
  • Computational and Mathematical Modeling of Biomedical Systems (NIH Training Grant)
  • Links to other units at the University of Arizona
  • Personal information
Research Groups: 
Cardiovascular and Respiratory Physiology

Department of Physiology
University of Arizona College of Medicine
1501 N. Campbell, Rm. 4104
PO Box 245051
Tucson, AZ 85724
(520) 626-6511
Ina Gittings Undergraduate Program (520) 621-4850

College of Medicine - Tucson

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