Search Results - "Tothova, Renata"

Cell Damage Index as Computational Indicator for Blood Cell Activation and Damage by Gusenbauer, Markus, Tóthová, Renáta, Mazza, Giulia, Brandl, Martin, Schrefl, Thomas, Jančigová, Iveta, Cimrák, Ivan

“…Shear‐induced hemolysis is a major concern in the design and optimization of blood‐contacting devices. Even with a small amount of mechanical stress,…”
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Simulation study of rare cell trajectories and capture rate in periodic obstacle arrays by Bušík, Martin, Jančigová, Iveta, Tóthová, Renáta, Cimrák, Ivan

“…•New model for capture rate that includes variable contact area and shear stress.•Computational study of rare-cell trajectories in periodic obstacle…”
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Object-In-Fluid Framework in Modeling of Blood Flow in Microfluidic Channels by Ivan Cimrak, Katarina Bachrata, Hynek Bachraty, Iveta Jancigova, Renata Tothova, Martin Busik, Martin Slavik, Markus Gusenbauer

“…We present a fully three-dimensional computational model of red blood cells and their flow in a fluid. This model includes all components necessary to capture…”
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Scalability of forces in mesh-based models of elastic objects by Jancigova, Iveta, Tothova, Renata

“…Recently, there has been a lot of progress in many areas of biomedical engineering achieved as a result of modeling the objects of interest and then performing…”
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Energy contributions of different elastic moduli in mesh-based modeling of deformable objects by Tothova, Renata, Jancigova, Iveta, Cimrak, Ivan

“…One of the topics in biomedical engineering that is rapidly gaining interest, is modeling blood flow for various applications. We present a mesh-based model of…”
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Calibration of elastic coefficients for spring-network model of red blood cell by Tothova, Renata, Jancigova, Iveta, Busik, Martin

“…Spring network models are a useful tool when modeling elastic objects, such as red blood cells flowing in fluid, because the elastic moduli can be effectively…”
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Recent advances in mesh-based modeling of individual cells in biological fluids by Cimrák, Ivan, Jančgová, Iveta, Tóthová, Renáta

“…The problem of modeling blood flow can be approached on different levels of accuracy. We investigate a model consisting of two major components: the fluid…”
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