SPECIFIC ASPECTS OF QUALITY AND SAFETY MANAGEMENT IN AEROSPACE FIELD

Eliza Ioana Apostol, A. M. Țîțu, Petrică Tertereanu, Iuliana Moisescu
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Abstract

One of the most important technical features in aerospace field is safety, through this paper we try to define the basic concepts of security, risk and risk management in aviation. In order to avoid unforeseen situations, it is necessary to improve safety, which is a reflection of risk management in the aviation industry, and at the same time, it is necessary to increase the capacity to identify problems before they become a significant problem. Currently, air accident investigations and aircraft safety inspections are now more effective, while improvements in manufacturing technology and better quality control of safer aircraft are now safer. The strategy of continuous improvement refers more precisely to the safety management in the aerospace field which is based on the continuous improvement of aircraft performance through the use of testing means through certain advanced technical systems. Safety management with the role of analyzing risks and improving the performance of aircraft. As safety management is also characterized by aircraft performance, there will be in various stages of research and development of an aircraft the need to verify using wind tunnels certain performance values determined by computer simulations. Following this trend, space chain organizations have continually invested in resources as a way to support their survival in the global marketplace, but these organizations have difficulty assessing the effect of their quality improvement programs and identifying key factors for their success. program failure. The purpose of this paper is to analyze the risks and improve the performance of aircraft in terms of aerospace safety management.
航空航天领域质量安全管理的具体方面
安全是航空航天领域最重要的技术特征之一,本文试图通过对航空安全、风险和风险管理的基本概念进行界定。为了避免不可预见的情况,有必要提高安全性,这是航空业风险管理的体现,同时,有必要提高在问题成为重大问题之前识别问题的能力。目前,航空事故调查和飞机安全检查现在更加有效,而制造技术的改进和更好的质量控制使更安全的飞机更加安全。持续改进策略更准确地说是航空航天领域的安全管理,其基础是通过一定先进的技术系统,利用测试手段不断改进飞机的性能。安全管理与分析风险和提高飞机性能的作用。由于安全管理也以飞机性能为特征,因此在飞机研发的各个阶段都需要使用风洞来验证由计算机模拟确定的某些性能值。随着这一趋势,空间链组织不断地投资资源,作为支持他们在全球市场中生存的一种方式,但是这些组织很难评估他们的质量改进计划的效果,并确定他们成功的关键因素。计划失败。本文的目的是从航空安全管理的角度分析飞机的风险,提高飞机的性能。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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