Biomedical Modeling with COMSOL Multiphysics®
Duration: 27:08
Engineers in the biomedical industry can use multiphysics modeling and simulation to gain detailed insights into the behavior of medical devices and processes, such as microwave heating of cancerous tissue or shear stresses in blood pumps.
In this archived webinar, see how the COMSOL Multiphysics® software facilitates the simulation of complex, real-world phenomena like:
- Fluid–structure interaction in valves and pumps
- Electromagnetic heating of tissue
- Mechanical behavior of both organic and inorganic materials
The webinar concludes with a demonstration in the software featuring an example model that simulates blood flow through an abdominal aortic aneurysm.
Suggested Resources
- Learn more about the growing use of simulation in the biomedical industry.
- Read this blog post showcasing a centrifugal blood pump model.
- Try it yourself: Explore this example model that simulates blood flow in a stenosed pulmonary artery.
Chapter Selection
Smart Materials (2:53)
Modeling of Biological Tissues (4:42)
Biological Flows (5:44 )
Fluid Flow in Biomedical Device (7:06)
Species Transport and Chemical Reactions (8:57)
Particle Tracing (10:06 )
Electromagnetic Heating in Human Tissue (13:28)
Heat Transfer in Biological Tissues (14:08)
Acoustics Biomedical Applications (14:55)
Meshing Capabilities (16:05)
DEMO: Blood Flow Through an Abdominal Aortic Aneurism (17:04)
