Welcome! Suncica Canic Research Professor Department of Mathematics University of Houston and Professor of Mathematics University of California, Berkeley
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 Interests
< 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