ZMT zurich med tech

We are excited to unveil our latest breakthrough: the ability to set up and run complex simulations directly in any browser, utilizing cloud technology – with Sim4Life web. The Sim4Life V8.0 web and desktop versions are identical twins offering seamless compatibility, excellent responsiveness, and a unified user experience.

Sign up and start using the web version immediately! Through the end of March, the first 1000 users who log into Sim4Life web will receive a welcome gift of 1000 credits.

Sim4Life web:
→ sim4life.io for Commercial use
→ sim4life.science for Academia

sim4lifeweb.png

Visit our new website for detailed information on Sim4Life.

newsim4lifepage.png

For further information, please email us at s4l-support@zmt.swiss.

Youtube Video

I am interested in modelling the artifact seen in an implanted dipole, created by short transcutaneous current mode biphasic square pluses (~1ms).
For getting started, I tried setting up a simplified model. The sensing electrodes as two small metallic cylinders along an axis separated by an insulator, and modelled the tissue as a uniform cube of the built in ‘brain’ material. The stimulation electrodes are two metallic plates touching opposite sides of the cube. I don’t want to exploit the simple geometry to simplify the simulation, as I want to use a more complex model once the configuration is correct.
I found relatively little information on ports in the documentation. I’d like to ask for some guidance on what is the preferred method to set up a time varying controlled current source/sink pair, and which solvers this would be compatible with? Attached is the geometry. Thank you! Screenshot 2024-10-08 at 13.43.03.jpg Screenshot 2024-10-08 at 13.48.27.jpg