The new release includes improvements and features that streamline and widen application flows in areas of MRI safety assessments and equipment optimization, wireless technology, and in silico assessment of bio-medical phenomena - overall greatly facilitating exploration and design, as well as regulatory submission and acceptance. Further enhancements address exposure assessment of Wireless Power Transfer (WPT) systems, in-silico optimization of in-/on-body wireless devices, and the simulation of 5G wireless systems.
Key new features of Sim4Life V2.2 include:
FRAMEWORK
The Sim4Life Framework efficiently facilitates all steps in complex multiphysics modeling, from definition of the problem, discretization, simulation, and analysis, to visualization of the results, with clarity and flexibility.
MODEL DISCRETIZATION
Sim4Life offers a powerful array of discretization tools, ranging from the interactive generation of geometrically adaptive rectilinear grids to methods for unstructured mesh generation in FEM-based solvers.
SOLVERS
The powerful Sim4Life solvers are specifically developed for computationally complex problems.
MODULES
Application modules extend Sim4Life’s functionality and simplify and accelerate complex tasks.
The complete list of improvements, fixes, and new features is included in the Release Notes.
If you are interested in experiencing the power and elegance of Sim4Life V2.2, or require further information, please email us at s4l-sales@zmt.swiss or call us at +41 44 245 9765.
The relevant Sim4Life installers for Win7/Win8/8.1/Win10 64-bit platforms can be downloaded here. All customers with an up-to-date Annual Maintenance & Support plan can access Sim4Life V2.2 immediately. The login information is the same as for V2.0. Please contact us if you do not have the correct login information.
At ZMT Zurich Med Tech AG, we provide our customers with the most innovative software solutions, testing equipment, and support.
The Sim4Life Team
s4l-sales@zmt.swiss
In silico safety assessment and optimization of WPT systems with Sim4Life: LF simulation (EM-FDTD or LF-FEM) of posed computable phantom sitting at a desk (with WPT coil system).
A new level of performance is reached with our EM-FDTD subgrid engine and GPU for simulating a complex on-body device (smartwatch, 10 µm resolution) on a high-resolution computable human phantom (reduction of computation time from one week to four hours).
The new physics based Poser engine for the ViP V3 Computable Phantoms provides much improved results for challenging postures (Duke, original tet base-mesh [blue] and smoothly posed result).
The new Poser engine allows calculation of realistic complex postures for the Computational Phantoms in Sim4Life that could not be smoothly achieved with the previous Poser tool.