Cardiac Modeling

Research area: 
Cardiac Modeling

Cardiac simulation has progressed to the point where highly patient specific mathematical models can be rapidly created from medical imaging.

Master
Research area: 
Cardiac Modeling

In Computational Cardiac Modeling (CaMo) at Simula, scientists work together with doctors, engineers, and innovators and use mathematical modeling and simulation to improve understanding of heart disease and help improve its diagnosis and treatment.

Master
Research area: 
Cardiac Modeling

The equations describing movement and mechanical interactions in the heart muscle are normally formulated in a quasi-stationary form, where the muscle is assumed to be in equilibrium at each time step.

Master
Research area: 
Cardiac Modeling

Differential algebraic equations (DAEs) arise in a large number of physical a

Master
Research area: 
Cardiac Modeling

The bidomain model is a well-established model for cardiac electro-physiology. The model consists of two coupled partial differential equations; one having a parabolic nature and the other resembling an elliptic equation.

Master
Research area: 
Cardiac Modeling

Ordinary differential equations can be used to construct very detailed models

Master
Research area: 
Cardiac Modeling

The excitation contraction coupling (ECC) is a signaling process that control

Master
Research area: 
Cardiac Modeling

Some physiological processes are modeled using stochastic differential equati

Master