Search Results - "Hellmeier, F."

Verification Study of In Silico Computed Intracardiac Blood Flow With 4D Flow MRI by Obermeier, L., Wiegand, M., Hellmeier, F., Manini, C., Kuehne, T., Goubergrits, L., Vellguth, K.

“…Objective: Major challenges for clinical applications of in silico medicine are limitations in time and computational resources. Computational approaches…”
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An orifice shape-based reduced order model of patient-specific mitral valve regurgitation by Franz, J., Czechowicz, K., Waechter-Stehle, I., Hellmeier, F., Razafindrazaka, F., Kelm, M., Kempfert, J., Meyer, A., Archer, G., Weese, J., Hose, R., Kuehne, T., Goubergrits, L.

“…Mitral valve regurgitation (MR) is one of the most prevalent valvular heart diseases. Its quantitative assessment is challenging but crucial for treatment…”
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HEMODYNAMIC RUPTURE RISK PARAMETERS FOR INTRACRANIAL ANEURYSMS AND UNCERTAINTY by Hellmeier, F, Brüning, J, Schlief, A, Goubergrits, L

“…Objectives: Even though they affect a substantial part of the population and the fact that both rupture and treatment of intracranial aneurysms (IAs) can…”
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IMAGE-BASED SIMULATION OF LEFT VENTRICULAR HEMODYNAMICS: A NUMERICAL FRAMEWORK TOWARDS CLINICAL FEASIBILITY by Vellguth, K, Obermeier, L, Wiegand, M, Hellmeier, F, Goubergrits, L

“…Objectives: Left ventricular hemodynamics are hypothesized to serve as an early indicator for the manifestation of cardiovascular diseases. In the analysis of…”
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