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The generalised modelling advancements adopted and the applicability of the model for heating, ventilation and air conditioning system simulation, re-configuration and diagnostics is emphasised.
The methodology proposed in the present study automatically computes the savings potential associated with thousands of possible building combinations to perform a statistical analysis on the value and potential of the utility model for heating and cooling.
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In this paper, a more realistic and flexible model for heated or cooled concrete slab floors is considered to determine the heat transfer between the concrete slab and the ground.
Like Denmark, it is important that Scotland starts a process of designing new energy efficient models for heating our housing to reach government targets to cut CO2 emissions by 2050.
A model for heat spreading in orthotropic materials is developed.
The microscale model for heat conduction in nanofluids is well known.
The model was obtained by scaling-up a microscale model for heat conduction in nanoparticles and in base fluids.
In principle, this equation can be the basis for building a complex model for heat transfer between many different locations.
Based on the CFD results, one-dimensional process model for heat transfer was proposed.
A model for heat and mass transfer in a natural-draft wet cooling tower was established.
The analysis also incorporates a model for heat transfer through the droplet support structure.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com