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It is important to know the electric current distribution in a laminated carbon fiber reinforced plastics (CFRP) plates for safety analysis of lightning strikes and for damage monitoring of plates based on changes in electrical resistance.
Figure 3b shows the electric current distribution measured when a voltage of 2.5 V was applied between the tip and the sample.
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Our simulations give insight on the most probable position of the first occurrence of plating within the electrode depending on applied current and ambient temperatures as well as on the subtle local electric current distributions during stripping of plated lithium upon discharge.
The flow fields in the x direction and z direction are analyzed to account for the electric current density distribution.
The electric field and current distribution associated the resonances were analyzed for deep understanding of the underlying physical properties.
The simulations reveal detailed structure of velocity and electric current fields and distribution of forces with particular attention given to the flow with an M-shaped velocity profile.
Therefore, in this work, the proposed ECM process was modeled to investigate the electric potential and current distribution in the electrolyte and on the electrodes' surface, and the evolution of inner hole profile.
The changes of processed profiles, electric current, and friction distribution dependences on processing conditions were evaluated.
The profile, electric current, and friction distributions of the mechanically and electrically processed areas were characterized.
The effects of vibration on (changes in) the topography, electric current, and friction distributions of the processed areas were discussed.
The velocity distribution, MHD pressure drop, electric current stream lines and temperature distribution in liquid blanket, thermal deformations of FCI in various geometrical models under external strong magnetic field are investigated.
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