Coupling Electromagnetic (using mf) and Electrostatic (using emi) MEMS Actuation
Hi Everyone, I am trying to simulate the mechanical force between two current-carrying MEMS gold beams (as part of an electromagnetic actuator), and I want to include the effect of an electrostatic...
View ArticleRe: Coupling Electromagnetic (using mf) and Electrostatic (using emi) MEMS...
Hi Ahmed my advice would be to start in 2D, your results should then read per meter (or mm ...) depth as you have no variations along the depth (Z in X-Y 2D) but along X in your 3D model, at least in...
View ArticleCoupling Electromagnetic (using mf) and Electrostatic (using emi) MEMS Actuation
Hi Everyone, I am trying to simulate the mechanical force between two current-carrying MEMS gold beams (as part of an electromagnetic actuator), and I want to include the effect of an electrostatic...
View ArticleRe: Coupling Electromagnetic (using mf) and Electrostatic (using emi) MEMS...
Hi Ahmed my advice would be to start in 2D, your results should then read per meter (or mm ...) depth as you have no variations along the depth (Z in X-Y 2D) but along X in your 3D model, at least in...
View ArticleCoupling Electromagnetic (using mf) and Electrostatic (using emi) MEMS Actuation
Hi Everyone, I am trying to simulate the mechanical force between two current-carrying MEMS gold beams (as part of an electromagnetic actuator), and I want to include the effect of an electrostatic...
View ArticleRe: Coupling Electromagnetic (using mf) and Electrostatic (using emi) MEMS...
Hi Ahmed my advice would be to start in 2D, your results should then read per meter (or mm ...) depth as you have no variations along the depth (Z in X-Y 2D) but along X in your 3D model, at least in...
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