BioIRC
BioIRC is an R&D center dedicated to developing computational methods and software for engineering and bioengineering problems. It specializes in finite element methods, discrete particle methods, computer graphics, image processing, and 3D medical image reconstructions. The center leads and participates in national and international research projects, focusing on patient-specific modeling, microcirculation, nanomedicine, nanocoating, groundwater flow, and water supply systems.
Industries
Nr. of Employees
small (1-50)
BioIRC
Products
Patient-specific abdominal aortic aneurysm analysis software
Desktop application that automates the workflow from DICOM image import through segmentation, 3D reconstruction, meshing, multiphysics simulation (CFD/CSD/FSI), and visualization of metrics such as shear stress, wall stress, velocity and pressure.
Patient-specific abdominal aortic aneurysm analysis software
Desktop application that automates the workflow from DICOM image import through segmentation, 3D reconstruction, meshing, multiphysics simulation (CFD/CSD/FSI), and visualization of metrics such as shear stress, wall stress, velocity and pressure.
Services
Patient-specific modeling and simulation services
Custom computational modeling services for patient-specific vascular simulations, including image processing, model reconstruction, meshing, boundary condition setup, and multiphysics simulation.
R&D collaboration and project partnerships
Research collaboration on computational methods, multiscale modeling, and applied projects in bioengineering and related engineering domains.
Visualization and educational visualization services
Visualization and virtual reality–aided presentation of flow and biomechanical simulation data for diagnostics and educational use.
Patient-specific modeling and simulation services
Custom computational modeling services for patient-specific vascular simulations, including image processing, model reconstruction, meshing, boundary condition setup, and multiphysics simulation.
R&D collaboration and project partnerships
Research collaboration on computational methods, multiscale modeling, and applied projects in bioengineering and related engineering domains.
Visualization and educational visualization services
Visualization and virtual reality–aided presentation of flow and biomechanical simulation data for diagnostics and educational use.
Expertise Areas
- Patient-specific biomechanical modeling
- Finite element multiphysics solvers
- Computational fluid dynamics
- Fluid–structure interaction
Key Technologies
- Finite Element Method (FEM)
- Computational Fluid Dynamics (CFD)
- Computational Solid Dynamics (CSD)
- Fluid–Structure Interaction (FSI) with ALE