MRI Modules:SYSSIM
Contents MRI scanner simulator predicts realistic EM field effects on MR images for arbitrary pulse sequences. Generates simulated MR images with realistic signal, contrast, noise, and SAR values considering B0…
MRI Modules:MUSAIK
Contents MUSAIK enables the user to import simulation results of array coils and assess their parallel imaging capabilities. Equivalent analysis is available for experimentally obtained data, allowing accurate verification for…
MRI Modules:TxCOIL
Contents TxCOIL enables the user to perform radiofrequency (RF) shimming on parallel transmit coils to improve field homogeneity and calculate the combined specific absorption rate (SAR) in post processing without…
Thermal Tissue Damage Model(T-CEM43)
Contents This metric, first proposed by Sapareto and Dewey, quantifies thermal exposure in terms of the number of minutes of heating at 43°C needed to obtain equivalent effects in biological…
Acoustics Solvers（P-ACOUSTICS）
Contents The novel ultrasound solvers account for pressure wave propagation, density variations and jumps, non-linearity, and diffusivity losses that occur in human tissue.The FNM-CHASM solver offers near real-time simulations of…
Fluid Dynamics Solvers（P-FLOW）
Contents The stationary and transient Navier-Stokes and Stokes equations are efficiently solved using either a finite element method with Schur complement preconditioning, adaptive time-stepping, and tunable stabilization or a finite…
Thermodynamics Solvers(P-THERMAL）
Contents The solvers allow for the coupled simulation of local vascular effects using discrete networks (1D trees) and, in the near future, CFD results. Exclusive thermal damage and effect quantification…
Unstructured Quasi-Static EM Solvers (P-EM-UQS)
Contents (P-EM-UQS) offer a substantial increase in speed and accuracy in multi-scale applications and supports unstructured meshes (e.g., support for localized refinement, or conformal adaptivity)The benefits of the solvers include…
Quasi-Static EM Solvers(P-EM-QS)
Contents The solvers address the most challenging low frequency problems at the cutting edge of medical and EM compliance applications, such as simulations of EEG, MRI gradient coil fields, transcranial…
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