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Using a lower starting temperature of the xenolith, results in a predictably longer xenolith melting time.
The difference of melting velocity and melting time between ice and snow is compared.
We show that the paraffin melting time is shortest for combination n = 2, r = 2.
The melting time of three different initial locations of an internal 20% air void within the EPCM capsule are compared.
Moreover, the non-dimensional fully melting time reduced when increasing of the capsule diameter at the macro-scale; while there was a near-invariable non-dimensional fully melting time when the capsule size was changed at the micro-scale.
The results of changing the parameters are analysed in terms of paraffin melting time, water heating speed and exergy efficiency, in both dimensional and dimensionless forms.
It was found that increasing the flow rate from 0.2 to 1 l/min divides melting time by 2.5 and solidification time by four.
Regarding the open-fully charging mode, the melting time of the PCM was almost 11 h, which was 57% longer than that for closed mode.
The case of an initial void located at the center of the EPCM capsule has the highest heat transfer rate and thus fastest melting time.
RSD (relative standard deviation) of aluminum temperature (Y1), melting time (Y2) and RSD of furnace temperature (Y3) were designed for evaluation criteria.
A comparative analysis of the results showed that when the viscous moment is taken into account, the particle melting time is reduced significantly.
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