An anatomically-realistic computational framework for evaluating the efficacy of protective plates in mitigating non-penetrating ballistic impacts
Background A major threat in combat scenarios is the 'behind armor blunt trauma'(BABT) of
a non-penetrating ballistic impact with a ballistic protective plate (BPP). This impact results in …
a non-penetrating ballistic impact with a ballistic protective plate (BPP). This impact results in …
Role of lung lobar sliding on parenchymal distortion during breathing
AE Galloy, JM Reinhardt… - Journal of Applied …, 2023 - journals.physiology.org
Sliding between lung lobes along lobar fissures is a poorly understood aspect of lung
mechanics. The objective of this study was to test the hypothesis that lobar sliding helps …
mechanics. The objective of this study was to test the hypothesis that lobar sliding helps …
Do pulmonary cavity shapes influence lung function?
H Minaeizaeim, H Kumar… - Journal of …, 2019 - asmedigitalcollection.asme.org
Distribution of lung tissue within the chest cavity is a key contributor to delivery of both blood
and air to the gas exchange regions of the lung. This distribution is multifactorial with …
and air to the gas exchange regions of the lung. This distribution is multifactorial with …
Computational study of lung lobar sliding and the mechanics of breathing
A Galloy - 2024 - search.proquest.com
Improved knowledge of lung mechanics can aid in the development of new lung disease
treatment and diagnosis strategies. One poorly understood aspect of lung mechanics is the …
treatment and diagnosis strategies. One poorly understood aspect of lung mechanics is the …
Development of a finite element model for lung tumor displacements during breathing
During clinical procedures for investigations of lung tumors, such as bronchoscopy, the
breathing process causes movement of tumor nodules, affecting thus the accuracy of the …
breathing process causes movement of tumor nodules, affecting thus the accuracy of the …
On the formulation of the constitutive relations of a two-phase elastic-deformable saturated porous bilogical material
PV Trusov, NV Zaitseva, MY Tsinker - AIP Conference Proceedings, 2021 - pubs.aip.org
Within the «meso-level» model of respiratory system we consider a sub-model for describing
the gas flow in the human lungs, represented by a two-phase elastically deformable …
the gas flow in the human lungs, represented by a two-phase elastically deformable …