The marker points were digitised and aggregated according to discrete park polygons for statistical analysis.
The interface is described spectrally, and we use evolution equations that preserve equal spacing in arclength of the marker points.
The interface is described spectrally, and we use evolution equations that preserve equal arclength spacing of the marker points.
The longitudinal approach included the marker pointed toward the top (simulating the patients head) of the gel model at 0° to vessel direction.
The Riemann problem between the two fluid phases (defined in the interface normal direction) is solved using the exact Riemann solver on the marker points.
The independent variables in these experiments are the material orientation and displacement of the actuator, while the main dependent variables are positions of the marker points and the force acting on the specimens.
To visualize the brain images, as described by Seidel et al. [1] and by Couture et al. [2]: we positioned the ultrasound probe over the temporal area in an axial orientation with the marker pointing toward the occiput.
Therefore the marker points were positioned as above, but no further adaption was performed.
Stop turning when the marker points to the first number of the combination.
