Institutul de Matematică şi Informatică "Vladimir Andrunachievici"
Universitatea de Stat din MoldovaRO EN
One-dimensional model of gas combustion.
Authors: Cazacu Mircea Dimitrie
Abstract
One presents a theoretical approach of the one-dimensional unsteady flow of the ideal and compressible fluid, as a result of a gaseous mixture combustion. Considering the three phases of the complex phenomenon: chemical burning, thermostatical process, follows of the gas unsteady flow, one describes the numerical solving, of the non-linear system with partial differential equations of motion, mass conservation, heat transfer and general gas equation. One discusses also the stability and boundary conditions of the numerical solving.E-mail:
Contents
- Spaces, mappings and compact subsets.
- Theory of simple and multiple antisymmetry - a survey.
- Global pullback attractors of ℜ-analytic cocycles.
- Solution of the problem of the centre for cubic differential system with three invariant straight lines two of which are parallel.
- One-dimensional model of gas combustion.
- Remainders of some spaces.
- On the semisimple classes of left hereditary radicals.
- On some bijections between ideals, classes of modules and preradicals of R-mod.
- Topologies on functional spaces.
- Loops transversals in Sb to Stab(Sn) and coordinatizations of projective planes.
