What is it about?
The paper introduces a new way to design airplane structures using visual programming, which makes it easier to create flexible geometries. It emphasizes the importance of quickly modelling, analysing, and testing designs in real-time, proposing a system that integrates these processes seamlessly. This model-based system also includes a unique method for capturing and sharing design ideas focused on geometry. By demonstrating the approach with a case study on designing a motor mount, the paper shows how this method can efficiently guide the design process from initial concepts to final decisions, ultimately streamlining the design process for airframes and related systems.
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Why is it important?
This approach is important as it transforms the design process for aircraft and their systems. Utilizing visual programming enables designers to craft shapes with greater flexibility, a critical factor in achieving optimal performance and efficiency for airframes and their associated components. The capability to model, analyse, and test designs in real-time expedites the design cycle, facilitating quicker iterations and more informed decision-making. Moreover, the incorporation of artificial intelligence methods for capturing and sharing design concepts fosters collaboration among design teams and ensures the retention of valuable knowledge for future endeavours. Ultimately, this approach enhances the efficiency, effectiveness, and innovation potential of airframe design, leading to the development of safer and more advanced aircraft.
Perspectives
This approach marks a significant advancement in aircraft design, reflecting a shift towards more dynamic and collaborative methodologies. Visual programming not only empowers designers to create adaptable shapes but also promotes a deeper understanding of the intricate interplay between form and function in airframe design. Real-time modeling and analysis introduce a sense of immediacy, allowing for rapid exploration of design alternatives and the refinement of concepts on the fly. The integration of artificial intelligence further augments this process, enabling the intelligent capture and dissemination of design insights across multidisciplinary teams. From my perspective, this represents a paradigm shift towards more agile and innovative approaches to aerospace engineering, promising to usher in a new era of safer, more efficient, and technologically advanced aircraft.
Edmar Alino Da Cruz Silva
University of Southampton
Read the Original
This page is a summary of: A Model Based Systems Engineering Framework based on a Visual Programming Paradigm, January 2024, American Institute of Aeronautics and Astronautics (AIAA),
DOI: 10.2514/6.2024-1529.
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