Programming of Simulation of Gas Bubble Behavior on the Solid Surface under the Acceleration of Gravity Change Using Programing Languages Turbo Basic and C

Abstract

Computer modeling of the of gas bubble behavior on the solid surface under the acceleration of gravity change is important for solving several technological problems related to the needs of space technology (degassing of special fluids and propellants). Computer modeling includes three important elements: a physical model of gas bubble behavior on the solid surface under the acceleration of gravity change, the construction of an algorithm for the operation of the model and the compilation of a program in programmable languages, which transmits to the computer in the form of machine codes of the actions that computer must be performed in accordance with the previously constructed algorithm. The paper presents the use of the programming languages Turbo Basic and C for simulation of gas bubble behavior on the solid surface under acceleration of gravity change on a computer screen. As a result of the carried out tests on the board of fly lab aircraft IL-76K in the conditions of the short-term regimes of weightlessness the computer simulation of gas bubble behavior on the solid surface under the acceleration of gravity change on a computer screen has been proved with high precision.