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Contact line dynamics of droplet in a surface
Posted 02.01.2018, 09:19 GMT-5 Structural & Acoustics, Heat Transfer, Microfluidics Version 5.3 0 Replies
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I am trying to solve droplet impingement on a flat surface using laminar,two-phase,phase field simulation. I have done the simulation for Static Contact Angle (SCA) i.e an equillibrium contact angle at wetted wall but i struk in Dynamic Contact Angle (DCA) case. In DCA mode i am not able to find out dynamic contact angle which i should implement as a boundary condition of wetted wall. To find the dynamic contact angle, i need contact line velocity. It can be find out using derivative of wetted radius with time. but how can i find out wetted radius in each time step. Or can anyone give some other alternative to find out contact line velocity. it will be helpful for me. Thank you.
Regards IMDAD IIT Madras Reseach Scholar
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Hello IMDAD CHOWDHURY
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