This CRIMSON workshop was organized at the CMBE Conference, hosted by the University of Pittsburgh.
Here, you can find both a series of supporting slides and input files (image data, python scripts, and plain text) for the different presentations.
Here, you can find both a series of supporting slides and input files (image data, python scripts, and plain text) for the different presentations.
Topic 1: CRIMSON: an integrated software framework for image-based cardiovascular simulation.
C. Alberto Figueroa (figueroc@med.umich.edu)
(slides)
Topic 2: Designing dynamic boundary conditions in CRIMSON: Patient-specific elastance and data broadcasts.
Christopher J. Arthurs
(slides), (bifurcation_initial.mitk), (heart_model.zip)
Topic 3: A versatile lumped parameter valve model and custom elastance-based heart model as a CFD inlet boundary condition in CRIMSON.
Jonathan Mynard
(slides), (aorta.mitk, aorta_stenosedinlet.mitk)
Topic 4: CRIMSON: Fluid-structure-interaction simulations of hemodynamics with spatially variable properties of the arterial wall.
Federica Cuomo
(slides), (Patient_specific_CMBE17.mitk)
Topic 5: CRIMSON: integration of a one-dimensional blood flow solver.
Jorge Mariscal Harana
(slides), (files)
Topic 6: Specification of patient-specific velocity profile conditions from flow-MRI within CRIMSON.
Marija Marcan
(slides)
C. Alberto Figueroa (figueroc@med.umich.edu)
(slides)
Topic 2: Designing dynamic boundary conditions in CRIMSON: Patient-specific elastance and data broadcasts.
Christopher J. Arthurs
(slides), (bifurcation_initial.mitk), (heart_model.zip)
Topic 3: A versatile lumped parameter valve model and custom elastance-based heart model as a CFD inlet boundary condition in CRIMSON.
Jonathan Mynard
(slides), (aorta.mitk, aorta_stenosedinlet.mitk)
Topic 4: CRIMSON: Fluid-structure-interaction simulations of hemodynamics with spatially variable properties of the arterial wall.
Federica Cuomo
(slides), (Patient_specific_CMBE17.mitk)
Topic 5: CRIMSON: integration of a one-dimensional blood flow solver.
Jorge Mariscal Harana
(slides), (files)
Topic 6: Specification of patient-specific velocity profile conditions from flow-MRI within CRIMSON.
Marija Marcan
(slides)
