How do the principles of heat exchanger design and optimization, including heat transfer enhancement techniques such as surface texturing, vortex generators, and nanofluids, enable engineers to maximize heat transfer rates, minimize pressure drop, and improve overall system efficiency while addressing constraints such as space limitations, material compatibility, and fouling propensity

Question: How do the principles of heat exchanger design and optimization, including heat transfer enhancement techniques such as surface texturing, vortex generators, and nanofluids, enable engineers

How do the principles of heat exchanger design and optimization, including heat transfer enhancement techniques such as surface texturing, vortex generators, and nanofluids, enable engineers to maximize heat transfer rates, minimize pressure drop, and improve overall system efficiency while addressing constraints such as space limitations, material compatibility, and fouling propensity ?

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