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Two-phase jet impingement is a compact cooling approach that provides high-heat-flux dissipation at manageable pressure drop. The heat transfer behavior of an impinging jet array is dependent on a set of geometrical parameters, operating conditions, and fluid properties. In the present study, a semi-empirical approach is developed to predict heat transfer from arrays of jets of liquid that undergoes...
Particle-filled polymeric materials are common choices for thermal interface materials (TIMs). During assembly, TIMs are applied between the surfaces across which heat must be transported. The goal of the present work is to develop a test procedure that is consistent with the length scales characteristic of real thermal interfaces. A mechanical tester (Instron 5848 Micromechanical Tester) is employed...
Recent reviews of flow boiling heat transfer in small tubes and channels have highlighted the need for predictive correlations that are applicable over a wide range of parameters and across different studies. A composite correlation is developed in the present work which includes nucleate boiling and convective heat transfer terms while accounting for the effect of bubble confinement in small channels...
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