Accelerating Digital Transformation through MBSE, Multi-physics Simulation and Digital Twin in Industry

Jacques MARTINEZ, Imane BOUHALI, Luca PALLADINO, Vincent IDASIAK, Frederic KRATZ, Jean-Yves CHOLEY, Faida MHENNI
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Abstract

In the dynamic aviation industry, Aerospace Industries grapple with the intricate challenge of certifying products amidst integration requirements from aerospace manufacturers and airworthiness regulations imposed by aviation authorities. This paper underscores the indispensable role of ModelBased Systems Engineering (MBSE) in addressing the multiphase issues inherent in our product complexity. The first focal point is the certification process, where Safran SEATS navigates the complexities imposed by aerospace manufacturers and stringent airworthiness regulations. This intricate certification process demands the strategic deployment of MBSE to streamline and enhance procedural efficiency. The second challenge arises from the abstract nature of style and perceived quality requirements articulated by diverse customers. With the goal of exceeding customer expectations and creating a genuine “WOW” effect, MBSE becomes instrumental in aligning product development with diverse and often oriented customers' needs. The third dimension of complexity stems from the variability in emerging requirements, where innovations swiftly become industry standards. MBSE provides a structured approach to handle this variability, ensuring adaptability and positioning products at the forefront of innovation. Additionally, we dissect the influence of Model-Based Design (MBD) on design processes, shedding light on its transformative effects. Introducing the concept of a digital twin, we explore its significance in the aerospace domain. Real-world implementations of digital twin technology examined through concrete examples from aerospace projects. Finally, the presentation addresses uncertainties surrounding program efficiency, a critical consideration in the intensely competitive seat market. This paper unfolds a compelling industrial testimony, showcasing Safran SEATS' journey in overcoming the complexity of digital transformation in Aerospace Industries. It provides solutions to intricate challenges posed by certification, customers' requirements, evolving industry standards, and economic competitiveness, encapsulating the transformative impact of MBSE in our pursuit of excellence.

通过工业领域的 MBSE、多物理场仿真和数字孪生加速数字化转型
在充满活力的航空工业中,航空航天工业面临着错综复杂的挑战,既要满足航空航天制造商的集成要求,又要遵守航空当局的适航规定,对产品进行认证。本文强调了基于模型的系统工程(MBSE)在解决产品复杂性所固有的多阶段问题中不可或缺的作用。第一个焦点是认证过程,赛峰 SEATS 在这一过程中要应对航空制造商和严格的适航规定所带来的复杂问题。这一错综复杂的认证过程要求对 MBSE 进行战略性部署,以简化和提高程序效率。第二个挑战来自于不同客户提出的抽象风格和质量要求。为了超越客户的期望,创造真正的 "哇 "的效果,MBSE 在使产品开发与客户的多样化需求保持一致方面发挥了重要作用。复杂性的第三个维度源于新需求的多变性,在这种情况下,创新会迅速成为行业标准。MBSE 提供了一种结构化的方法来处理这种多变性,确保产品的适应性并使其处于创新的最前沿。此外,我们还剖析了基于模型的设计(MBD)对设计流程的影响,揭示了其变革效应。我们引入了数字孪生的概念,并探讨了它在航空航天领域的意义。通过航空航天项目中的具体实例,探讨了数字孪生技术在现实世界中的应用。最后,本文探讨了项目效率的不确定性,这也是在竞争激烈的座椅市场上的一个重要考虑因素。本文通过令人信服的工业实例,展示了赛峰集团SEATS公司克服航空航天工业数字化转型复杂性的历程。它为认证、客户要求、不断发展的行业标准和经济竞争力带来的复杂挑战提供了解决方案,概括了MBSE在我们追求卓越过程中的变革性影响。
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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