Hidden Markov Modelling Applied to Shell-And-Tube Heat Exchangers
Farhana Ahmed
Corresponding
University of Moratuwa
Abdullah Sharma
Anna University
Abstract
The inherent complexity of shell-and-tube heat exchangers calls for robust analytical and experimental tools suited to automotive engineering. Numerical simulations based on hidden Markov modelling were conducted for a range of loading conditions. The optimised parameters raised the useful output by 37% while simultaneously reducing the overall losses. This investigation opens up several promising avenues for future research and continued technological development.
Keywords:
shell-and-tube heat exchangershidden Markov modellingshape memory alloytaguchi methodoptimizationsustainability
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