Systems architecting: a practical example of design space modeling and safety-based filtering within the AGILE4.0 project
- 1. Concordia University, Department of Mechanical, Industrial and Aerospace Engineering, Montreal, Canada
- 2. DLR, Institute of System Architectures in Aeronautics, Hamburg, Germany
Description
The aerospace industry strives towards innovative aircraft concepts that feature increasing electrification to meet environmental and business targets. Advanced Multi-Disciplinary Analysis and Optimization (MDAO) frameworks have been developed to help evaluate these aircraft and their systems. However, the system architecting process still relies on a system architecture baseline from past aircraft programs or historical data, thereby precluding the exploration of a larger design space and identifying optimal solutions for further development. Furthermore, the evolution of system safety is a critical factor in establishing the feasibility of a system architecture solution. Therefore, there is a need to explore a large design space of system architectures for safety, certification, and performance requirements in an efficient manner. This paper presents a rule-based safety assessment approach within a systems architecting framework that demonstrates the ability to generate and filter a large design space based on safety heuristics. This approach is demonstrated using a case study for an aircraft landing gear braking system.
Files
ICAS_2022_ADORE_ASSESS_Full_Paper_AJ_JB_DEC_BA.pdf
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