Numerical Study on Flow and Heat Transfer Mechanisms in the Heat Exchanger Channel with V-Orifice at Various Blockage Ratios, Gap Spacing Ratios, and Flow Directions

<div>Relation of the TEF with the Reynolds number for (a) b05, (b) b10, (c) b15, (d) b20, (e) b25, and (f) b30 at V-upstream arrangement.</div>

Modelling and Simulation in Engineering

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Figure 16

Figure 16: Numerical Study on Flow and Heat Transfer Mechanisms in the Heat Exchanger Channel with V-Orifice at Various Blockage Ratios, Gap Spacing Ratios, and Flow Directions 

Figure 16 | Numerical Study on Flow and Heat Transfer Mechanisms in the Heat Exchanger Channel with V-Orifice at Various Blockage Ratios, Gap Spacing Ratios, and Flow Directions 