Global ETD Search
Search theses and dissertations gathered from participating repositories worldwide. Every result links back to the library that holds it. No account is needed.
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Showing 1 to 6 of 6 for “"cardiovascular hemodynamics"”.
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The role of spontaneous bursts of muscle sympathetic nerve activity in mediating peripheral vascular responses and cardiovascular hemodynamics in resting man
… participates in the control of systemic hemodynamics and blood pressure.
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Impact of Prolonged Sitting on Cognitive Function: Implications for Cardio-metabolic Risk
… function, cerebral perfusion, and central cardiovascular hemodynamics; and secondly, to test whether weight or physical activity status alters this response. <strong>Methods:</strong> Participants (N=20, age=26±7; BMI=30±7 kg/m<sup>2</sup>; 7 female) were taken through 3 hrs of sitting …
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Virtual bioinstrumentation: Integrating biomedical experimentation with systems-level modeling and analysis
… significant areas of biological research, namely cardiovascular hemodynamics and pulmonary mechanics. Combination of these areas leads to investigations of interactive cardiopulmonary dynamics. The VIs depicted herein incorporate the development of advanced mathematical models as a tool for …
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A numerical model of cardiovascular fluid mechanics during external cardiac assist
… necessitates a complete understanding of the hemodynamics created by ECA. Clinical ECA devices used currently have been designed without the benefit of this understanding. Thus, a numerical model has been developed that simulates cardiovascular hemodynamics during the operation of an ECA …
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Impact of Prolonged Sitting on Central Hemodynamics: Role of Intermittent Pneumatic Compression Therapy
… Whether sitting similarly impacts central cardiovascular hemodynamics and vascular stiffness is unknown. <strong>Purpose: </strong>Determine if prolonged sitting increases central blood pressure, aortic pulse wave reflection and vascular stiffness. <strong>Methods:</strong> In 10 subjects …
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Development of a Virtual Scientific Visualization Environment for the Analysis of Complex Flows
… of experimental data that pertain to cardiovascular applications. First and foremost, the capabilities of our Time-Resolved Digital Particle Image Velocimetry (TRDPIV) system were improved, allowing near-wall wall TRDPIV on compliant, dynamically moving boundaries. As a result, false …