Morphing optimization flow heat transfer is a M.Tech project topic for Mechanical Engineering. It gives students a clear starting point for research, implementation planning, and documentation.
Morphing optimization flow heat transfer Project Details
| Abstract |
This research study looks at improving fluid flow and heat transfer in concentric‑tube heat exchangers by reshaping the inner tube walls with an adjoint‑based method. The flow is fully turbulent, so we run CFD simulations to see how geometric changes affect local flow physics, boundary‑layer growth, and thermal transport. An adjoint shape‑optimization framework systematically explores the design space, aiming to cut flow resistance while boosting heat transfer. The resulting deformed shapes are examined to measure gains in the overall heat‑transfer coefficient and the net heat‑transfer rate. We also evaluate the thermal‑hydraulic performance factor under a constant‑pumping‑power condition to confirm the thermodynamic viability of the new geometries. The analysis reveals how
radial flow structures develop and how adverse pressure gradients can be reduced. This provides a reliable computational workflow for creating high‑efficiency heat exchangers in aerospace, chemical processing, and power‑generation applications. Implementation work includes numerical validation, mesh‑independence studies, and parametric evaluation of the optimized wall profiles.
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| Reference Paper |
Morphing optimization of flow and heat transfer in concentric tube heat exchangers |
| Domain |
Mechanical Engineering |
| Sub-Domain |
Thermal & Fluid Sciences / Heat Transfer / Heat Exchangers |
| PDF Download |
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| Get Help |
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