Hi, I've tried to reply twice, does not seem to be posting. I'm going to try and post the documentation as an image instead of a PDF.
The fluid is stationary. Thanks for the feedback on the k-epsilon model, I will take a look at that. The overarching problem is a falling menisicus and I am trying to model (track) the interface between the liquid and vapor layers. I've reduced the problem to a large scale, two-phase stationary problem. It *should* show the interface receding as the fluid evaporates but instead the liquid water moves away from the heat source (no gravity). I've attached some slides that show the model in more detail. Thanks for your help.
The fluid is stationary. Thanks for the feedback on the k-epsilon model, I will take a look at that. The overarching problem is a falling menisicus and I am trying to model (track) the interface between the liquid and vapor layers. I've reduced the problem to a large scale, two-phase stationary problem. It *should* show the interface receding as the fluid evaporates but instead the liquid water moves away from the heat source (no gravity). I've attached some slides that show the model in more detail. Thanks for your help.
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