本文整理利用一階準確的Lax-方法分析 在可移動砲管內的氣-固二相流的物性。本文 是在一維的空間上運作並採用二相共存的模式 。Nobel-Abel氣體方程式及其他的合成律在本文中使用。所發展的程式用以預測在砲管內的 壓力形成及固態火藥的燃燒。 This paper presents the preliminary results, using first-order Lax finite difference scheme, to study the gas-solid combustion physics in a gun tube with a mobile projectile. One dimensional analysis is conducted for the time being. Space-sharing interspersed continual assumption is made in this study. Noble-Abel gas equation of state, molecular viscosity and thermal conductivity, interphase drag, heat transfer relation, and burning rate correlation for propellants form a set of constitutive equation. The developing computer code is used to predict the pressure wave build-up and flame front acceleration existing in a gun barrel full granulated solid propellants.
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中國航空太空學會民國八十年學術研討會論文集=Proceedings of the 1991 Aeronautics and Astronautics Conference of the A; eronautical and Astronautical Society of the R.O.C., pp.251-259
