#Physics modeling fluid image full
#Physics modeling fluid image software

Additionally, the impact of a stent on clotting or on vascular degenerative diseases, such as aneurysms, can also be of interest (multi-physics–multi-scale modelling coupling flow, solid mechanics and mass transfer).

The flow results in forces and stress at the vessel wall (fluid–solid interaction), which in turn can be related to rupture risk or vessel wall remodelling (complex multi-physics–multi-scale problem involving for example coupled convection–reaction–diffusion (CRD) problems). To illustrate how a single device can require the modelling of various physical and physiological aspects as well as their interplay, consider a stent: the stent influences blood flow (fluid dynamics) and needs to be deployed (mechanical problem including contact). The solvers have to be high-performance computing (HPC) enabled to be able to handle such complex models within an acceptable time. EM–neuron interactions and tissue/tumour growth models) novel, specialized solvers for biological/physiological processes (e.g. Several examples of applications are presented: hyperthermia cancer treatment planning, tumour growth modelling, evaluating the magneto-haemodynamic effect as a biomarker and physics-based morphing of anatomical models. Core components are cross-platform compatible and use open formats. This simulation platform consists of detailed, parametrized anatomical models, a segmentation and meshing tool, a wide range of solvers and optimizers, a framework for the rapid development of specialized and parallelized finite element method solvers, a visualization toolkit-based visualization engine, a P ython scripting interface for customized applications, a coupling framework, and more. A multi-physics simulation platform satisfying these requirements has been developed for applications including device development and optimization, safety assessment, basic research, and treatment planning. neuronal activity, perfusion and ultrasound propagation).

#Physics modeling fluid image full

The required novel solvers must provide the power to model the physics, biology and physiology of living tissue within the full complexity of the human anatomy (e.g.

#Physics modeling fluid image software

Simulating and modelling complex biological systems in computational life sciences requires specialized software tools that can perform medical image data-based modelling, jointly visualize the data and computational results, and handle large, complex, realistic and often noisy anatomical models.