The electromagnetic and multiphysics solvers in CST Studio Suite® can be used to simulate and optimize the
performance of devices from the earliest stages of the design process with fewer expensive prototypes, and to
analyze field exposure, specific absorption rate (SAR) and heating caused by the interaction with fields in the body.
RF Thermoablation in a Human Liver using the Bioheat Formulation
This article is concerned with the evaluation of the temperature distribution inside a human liver when a catheter is inserted. It summarizes the simulations performed with the HUGO and University of L'Aquila's ALES anatomical models. The co-simulation...
Predicting SAR Behavior using Spherical Phantom Models
Due to the fact that measurements in true biological heads typically cannot be carried out, SAR norms for mobile phones or EMI problems are commonly defined in terms of standardized phantom models. In the easiest case, only spherical structures are considered....
Sensitivity Computation of an Inductive Proximity Sensor
Proximity sensors enable, in a simple manner, the position, size and material of a metal target to be established. Such sensors have the ability to obtain absolute analog signals proportional to proximity and are compact, robust and reliable constructions. This...
Evaluation of Implantable Antennas in Anatomical Body Models
This article from researchers at the University of Liverpool demonstrates the use of voxel models for analyzing implantable antenna designs, and compares homogeneous and heterogeneous body models.
Experimental measurements of implantable antennas in the...
A Multiphysics Approach to Plasma Lighting System Design
The process of designing and testing plasma lighting systems is complicated. Electromagnetic simulation can be used to calculate and optimize the resonance frequency and develop shielding mechanisms, allowing different designs to be compared. CST STUDIO...
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