Real-time clinical applications such as robotic lung surgery, tumor localization, atelectasis
diagnosis, tumor motion prediction for radiation therapy of lung cancer, or surgery training …

Visualization and correct assessment of alveolar volume via intact lung imaging is important
to study and assess respiratory mechanics. Optical Coherence Tomography (OCT), a real …

A multiscale, multiphysics model generates synthetic images of alveolar compression under
spherical indentation at the visceral pleura of an inflated lung. A mechanical model connects …

In critical care, trauma, or other situations involving reduced lung function, oxygen is given to
avoid hypoxia. It is known that under certain conditions and long time (several hours) …

Lung imaging and assessment of alveoli geometry in the lung tissue is of great importance.
Optical coherence tomography (OCT) is a real-time imaging technique used for this purpose …

In an attempt to include the effects of natural porosity of lung parenchyma into the
mathematical study of lung diagnostics, a model describing the propagation of low …

Accurate measurement of alveolar volume by lung imaging is crucial to study and
understand respiratory mechanics. Optical Coherence Tomography (OCT), which generates …

Plastic anisotropy in rolled sheets has traditionally been analyzed by conducting tensile
tests on strips cut at different angles from the rolling direction and measuring the contraction …

Visualization and correct assessment of alveolar volume via intact lung imaging is important
to study and assess respiratory mechanics. Optical Coherence Tomography (OCT), a real …

Determining the structure of lung tissue is difficult in ex-vivo samples. Optical coherence
tomography (OCT) can image alveoli but ignores optical effects that distort the images. For …