Mathematical Simulation for Computing Process Parameters During Non-Steady-State Heating of Heat Exchanger Walls

The paper presents a mathematical simulation of non-steady-state heat transfer in the flow duct of a heat exchanger designed for decreasing exhaust gas temperature of an aircraft engine test firing facility. We obtained an analytical solution by quadrature for a system of partial differential equations that describe a model of a combined non-steady-state problem of heating the heat exchanger components and cooling the exhaust gases

References

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