Jeff Hiller
COMSOL Employee
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Posted:
6 years ago
2018年6月12日 GMT-4 08:27
Updated:
6 years ago
2018年6月12日 GMT-4 08:31
Hello Matt,
COMSOL Multiphysics can be used for a wide variety of analyses concerning PCBs: electrical/electromagnetic of course ( see this RFID tag system ), but also thermal ( illustrated by this Joule heating example ), mechanical ( check out this model showing fatigue in solder balls ), or even electrochemical ( demonstrated here by the PCB's manufacturing process ), to name just a few.
Could you elaborate on what physical phenomena you would like to simulate, what sort of things you'd like to get out of the simulations?
Best,
Jeff
-------------------
Jeff Hiller
Hello Matt,
COMSOL Multiphysics can be used for a wide variety of analyses concerning PCBs: electrical/electromagnetic of course ( see [this RFID tag system](https://www.comsol.com/model/an-rfid-system-1264) ), but also thermal ( illustrated by [this Joule heating example](https://www.youtube.com/watch?v=y1bEdt2eyKQ) ), mechanical ( check out this model showing [fatigue in solder balls](https://www.comsol.com/model/energy-based-thermal-fatigue-prediction-in-a-ball-grid-array-16143) ), or even electrochemical ( demonstrated here by the PCB's [manufacturing process](https://www.comsol.com/blogs/electroplating-simulations-for-printed-circuit-board-designers/) ), to name just a few.
Could you elaborate on what physical phenomena you would like to simulate, what sort of things you'd like to get out of the simulations?
Best,
Jeff