Hi to all.
I'm trying to perform an EIS with a 2d-axial revolution model. The model is composed of TCS-FP and second current distribution but when I try to activate the FP and TCS in the Frequency solver an orange triangle appears (perturbation in frequency domain).
I set one BC with Voltage (1 [V] ) and the other is set to 0[V] (ground). The voltage is harmonic with 5e-3[V] of amplitude but with the boundary probe I read only a const. value of the voltage=5e-3[V]. Why?
Another problem arise from the value of density of the mixtrures which changes and assume the value of the component with the higher mass fraction.
Thanks in advance to all.
I'm trying to perform an EIS with a 2d-axial revolution model. The model is composed of TCS-FP and second current distribution but when I try to activate the FP and TCS in the Frequency solver an orange triangle appears (perturbation in frequency domain).
I set one BC with Voltage (1 [V] ) and the other is set to 0[V] (ground). The voltage is harmonic with 5e-3[V] of amplitude but with the boundary probe I read only a const. value of the voltage=5e-3[V]. Why?
Another problem arise from the value of density of the mixtrures which changes and assume the value of the component with the higher mass fraction.
Thanks in advance to all.