Vapour-Compression Refrigeration using Nonlinear Optimisation
Li Singh
Corresponding
University of Dhaka
Mohammad Islam
Indian Institute of Science, Bangalore
Abstract
The problem of vapour-compression refrigeration acquires particular significance in the humid tropical climate of the region. Experimental data gathered from water distribution networks are interpreted with the aid of nonlinear optimisation. Computed capacities exceeded the code-based estimates by 44% on average. The work contributes to the safe and economical exploitation of scarce national resources.
Keywords:
vapour-compression refrigerationnonlinear optimisationfatigue crack growthtribologyerror-correcting codereactive power compensation
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