Abstract
Lightning ignition source protection design of aircraft fuel system is an important factor affecting aircraft flight safety. There are many factors related to ignition source, and there exist optimization possibilities in the design process. Therefore, it is difficult to confirm design only by means of tests - on one hand, it is difficult to evaluate the design systematically, on the other hand, the cost is high, and the time is long. Simulation analysis is more and more widely used in aircraft lightning protection design. This paper introduces a simulation application based on EMA3D software in aircraft fuel system lighting protection design evaluation, through the analysis of the key factors affecting the ignition source to evaluate the rationality of lightning protection design.
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