Research on the Anti-Explosion Performance and Consumption Prediction of Aviation Kerosene

Abstract

As the main fuel of air transportation, aviation kerosene's safety and performance directly affect flight safety and efficiency. In recent years, with the rapid development of aviation industry, the anti-explosion performance and fuel consumption of aviation kerosene have attracted more and more attention. Because of its high energy density and flammability, aviation kerosene may explode in high temperature and high pressure environment, causing serious safety hazards. Therefore, it is particularly important to discuss the anti-explosion performance of aviation kerosene and its influencing factors. In In addition, with the improvement of global requirements for sustainable development and environmental protection, airlines urgently need to optimize fuel management, reduce fuel consumption, and enhance economic benefits and environmental friendliness. By establishing a scientific fuel consumption forecasting model, it can not only provide support for airlines to formulate effective fuel management strategies, but also provide theoretical basis and practical guidance for improving the use efficiency of aviation kerosene and ensuring flight safety. Therefore, it is of great practical significance and wide application prospect to deeply study the antiknock performance and consumption prediction of aviation kerosene.