معرفی
Peter Balogh is an Assistant Professor in the Department of Mechanical and Industrial Engineering at New Jersey Institute of Technology (NJIT). His research focuses on computational modeling of blood flow in microvascular systems, particularly investigating hemodynamic characteristics, red blood cell dynamics, and their implications in angiogenesis and cancer cell transport. Balogh leads the Integrated Multiphase Blood Flow Modeling and Experiments project funded by the National Science Foundation (NSF), aiming to predict microvascular growth through advanced simulations.
- Education: Not explicitly stated in provided texts.
His research interests include microvascular hemodynamics, computational fluid dynamics (CFD), and the biomechanical interactions between blood cells and vessel walls. Key topics involve tortuous microvessel simulations, wall shear stress patterns in angiogenic networks, and the role of red blood cell stiffness in blood flow dynamics.
Balogh's recent work highlights advancements in high-fidelity blood cell resolved simulations, adaptive physics refinement techniques, and their applications in understanding cancer cell trajectory tracking. His studies often bridge experimental and computational approaches to model complex biological systems.
Grants & Projects:
- NSF Grant (2023-2026): Investigating microvascular growth through multiphase blood flow modeling and experiments.
Labs/Teams: Collaborates with interdisciplinary teams on projects involving microvascular networks, cancer cell transport, and GPU-accelerated CFD simulations. Key collaborators include Prof. William Murfee (NJIT), Dr. Aaron Randles (Johns Hopkins), and others in computational biomedicine.
