Revolutionizing Heat Transfer: Insights from Plate Fin Heat Sinks
Explore the dynamics of hydrodynamic and thermal flows in microchannels with dimple-protrusions, showcasing experimental setups and ANSYS CFX simulations. Discover how heat transfer efficiency improves with Reynolds number, validated by numerical predictions, presented at ISHMT-IHMTC 2017, BITS Pilani.
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Prompt
A professional scientific poster about heat transfer in plate fin heat sinks with dimple-protrusion microchannels. The poster should have a clean, academic layout with a visualization of microchannels (319 µm hydraulic diameter) and heat transfer flow patterns. Include space for text about experimental setup, ANSYS CFX simulations, and research findings. Use a color scheme appropriate for engineering/thermal physics with blues and reds to represent temperature gradients. The design should look professional for an academic conference (ISHMT-IHMTC 2017, BITS Pilani).
