zurichmedtech.com
P-THERMAL » zurich med tech
https://www.zurichmedtech.com/sim4life/physics-models/p-thermal
MRI ACTIVE IMPLANT SAFETY. WIRELESS BODY AREA NETWORKS. Raquo; Physics Models. The Thermodynamic Solvers (P-THERMAL) enable the modeling of heat transfer in living tissue using advanced perfusion and thermoregulation models. The two solvers adapted from SEMCAD X are based on 1) the finite-difference time-domain solver with conformal surface correction and 2) a steady-state finite volume solver to support adaptive rectilinear meshes and arbitrary active domain shapes. Active and Passive Implants MRI Safety.
zurichmedtech.com
ANALYZER » zurich med tech
https://www.zurichmedtech.com/sim4life/framework/analyzer
MRI ACTIVE IMPLANT SAFETY. WIRELESS BODY AREA NETWORKS. Versatile Postprocessor and Analyzing Tool Set. A novel pipeline architecture allows for the setup of complex analysis sequences and simple reevaluations with modified input data or parameters. Analysis steps can be stored in and re-loaded from analysis or visualization projects . Fast 3D OGL QTech or vtk- based rendering/visualization of result data. Novel vtk-based pipeline architecture, template pipelines (on-demand driven work/data flow). Proces...
zurichmedtech.com
MODELER » zurich med tech
https://www.zurichmedtech.com/sim4life/framework/modeler
MRI ACTIVE IMPLANT SAFETY. WIRELESS BODY AREA NETWORKS. Advanced Modeling Tool Set. Provides integrated, advanced, and interactive CAD modeling without the need for a preprocessor or live-link; and handles complex anatomical models, e.g., ViP models and massive CAD models. The only simulation software capable of converting triangular surface meshes into parameterized CAD models, e.g., NURBS-based. Key Features - Modeling. 3D modeling environment (based on the ACIS toolkit). Mouse, snapping and key-based ...
zurichmedtech.com
P-EM-FDTD » zurich med tech
https://www.zurichmedtech.com/sim4life/physics-models/p-em-fdtd
MRI ACTIVE IMPLANT SAFETY. WIRELESS BODY AREA NETWORKS. Raquo; Physics Models. Electromagnetics Full Wave Solvers. Optimal simulation speed is achieved with native GPU and MPI accelerations, which were developed by our team that first introduced EM accelerated solvers together with Acceleware in 2006. The unique bidirectional Huygens box approach overcomes the difficulties associated with models that extend across multiple scales and require strongly varying resolutions. MRI pTx RF Coil Design. Materials...
zurichmedtech.com
MESHER » zurich med tech
https://www.zurichmedtech.com/sim4life/framework/mesher
MRI ACTIVE IMPLANT SAFETY. WIRELESS BODY AREA NETWORKS. Robust and Effective Meshing. Offers a unique array of discretization tools, ranging from the interactive generation of geometrically adaptive rectilinear grids by ray tracing combined with robust intersection testing to Delauney, advancing front, and octree-based methods for unstructured mesh generation in FEM-based solvers. Both irregular anatomical structures and CAD-based models can be handled robustly and flexibly while preserving features.
zurichmedtech.com
P-ACOUSTICS » zurich med tech
https://www.zurichmedtech.com/sim4life/physics-models/p-acoustics
MRI ACTIVE IMPLANT SAFETY. WIRELESS BODY AREA NETWORKS. Raquo; Physics Models. The two full wave Acoustics Solvers (P-ACOUSTICS) encompass 1) a GPU and OpenMP accelerated non-linear FDTD method with an extended Westervelt-Lighthill equation applied to adaptive rectilinear meshes with inhomogeneous PML boundary conditions and 2) a fast near-field method combined with the hybrid angular spectrum approach (FNM-CHASM) to simulate complex wave propagation inside inhomogeneous tissue distributions and to rapid...
zurichmedtech.com
PYTHON » zurich med tech
https://www.zurichmedtech.com/sim4life/framework/python
MRI ACTIVE IMPLANT SAFETY. WIRELESS BODY AREA NETWORKS. Control via Python Scripting. Features Python, a powerful scientific scripting language offering a vast range of third-party programs. The. Python application programming interface (API) can be used to parameterize and automatize tasks, e.g., geometric modeling, simulation setup, or postprocessing, and to build custom tools and independent applications. And additional packages from online repositories can be installed with the package manager. Autom...
zurichmedtech.com
T - FLOWRATES » zurich med tech
https://www.zurichmedtech.com/sim4life/tissue-models/t-flowrates
MRI ACTIVE IMPLANT SAFETY. WIRELESS BODY AREA NETWORKS. Raquo; Tissue Models. Schmid and Partner Engineering AG.
zurichmedtech.com
P-CRD » zurich med tech
https://www.zurichmedtech.com/sim4life/physics-models/p-crd
MRI ACTIVE IMPLANT SAFETY. WIRELESS BODY AREA NETWORKS. Raquo; Physics Models. Schmid and Partner Engineering AG.
zurichmedtech.com
P-EM-FDTD » zurich med tech
https://www.zurichmedtech.com/sim4life/physics-models/p-mech
MRI ACTIVE IMPLANT SAFETY. WIRELESS BODY AREA NETWORKS. Raquo; Physics Models. Electromagnetics Full Wave Solvers. Optimal simulation speed is achieved with native GPU and MPI accelerations, which were developed by our team that first introduced EM accelerated solvers together with Acceleware in 2006. The unique bidirectional Huygens box approach overcomes the difficulties associated with models that extend across multiple scales and require strongly varying resolutions. MRI pTx RF Coil Design. Materials...