Welcome! Suncica Canic Miller Professor of Mathematics University of California, Berkeley and Research Professor Department of Mathematics University of Houston	HIGHLIGHTS A Stochastic Fluid-Structure interaction result just got published in the Journal of Differential Equations Volume 310, 15 February 2022, Pages 45-98 Recent manuscript published in SIAM J Applied Math ("A Next-Generation Mathematical Model for Drug eluting Stents") got selected for a SIAM News Highlight, written by Jillian Kunze:"Mathematical Model Reveals Possible Role of Drug-Eluting Stents in Artery Re-closure" SIAM News, July 28, 2021. Research featured in Medical News: Life Sciences article ”Research investigates how drug-eluting stent affects arterial tissue permeability and blood flow” by Emily Henderson (Sept 2, 2021 issue) PhD student Jeffrey Kuan receives the UC Berkeley 2020 Memorial Friedman prize in Applied Mathematics (May 2020) Fall 2022 Seminar "Modeling, Analysis and Simulation in Applied PDEs": Information
Home	FSI simulation of a stent in a coronary artery on a beating heart         Fluid-structure interaction simulation: blood flow-stent-arterial wall (with D. Forti, A. Quaini and S. Deparis)                            Optimal Stent Design: Learn More                                          Optimal Design of Soft Robots (Micro-Swimmers)
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Research
< Hemodynamics > Publications Students Mathematical Modeling of Endovascular Stents Fluid-structure Interaction Collaboration with the Methodist Hospital (Mitral Heart Valve Project) Texas Heart Institute experiments Numerical gallery Projects (graduate | undergraduate) Anatomy of the human vascular system Links to collaborators: Josip Tambaca Experiments with Endologix Stent-Graft	< Compressible flow > Publications Links to collaborators Numerical Gallery

2016-2018 Fluid-structure interaction with the Navier slip boundary condition
Supported by NSF

2013-2017 COLLABORATIVE RESEARCH: Advancing the Diagnosis and Quantification of Mitral Valve Regurgitation with Mathematical Modeling
Supported by NSF and NIH.

2005-2010 COLLABORATIVE RESEARCH IN MATHEMATICAL BIOLOGY (click for information)
Supported by NSF and NIH.

2003-2007 FOCUSED RESEARCH GROUP (FRG) PROJECT (Multi-D Compressible Flow)
Supported by NSF.

• Houston Workshop on Multi-Dimensional Hyperbolic Conservation Laws
  and Free-Boundary Problems, March 1-5, 2006. (Information)
  
• Summary for ONR. Information