engleski

One-dimensional model of the flow and thermal explosion of a reactive real micropolar gas

We consider a model of one-dimensional flow and thermal explosion of a reactive real micropolar gas characterized by a generalized equation of state. This model describes the behavior of gasses in microtubes during combustion. The use of the generalized equation of state instead of the equation of state of the ideal gas ensures that the behavior of the gasses is better captured by the model. Also, the consideration of micro-effects in a continuum using the micropolar fluid model favors this model over the classical one in describing the flow of a small characteristic dimension of a fluid with a pronounced particle structure. Here we present existence and uniqueness results for the described model.

micropolar fluid ; real gas ; reactive fluid

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