摘要: Traditional aircraft certification processes pose difficulties due to their document-centric nature, out-dated reference, and equipment specific processes. With emerging technologies and increased system complexity, manufacturers ... 展开 Traditional aircraft certification processes pose difficulties due to their document-centric nature, out-dated reference, and equipment specific processes. With emerging technologies and increased system complexity, manufacturers need to demonstrate compliance with equivalent procedures that are not explicitly described in the regulations. Therefore, a more streamlined certification process is needed to improve efficiency by reducing time and cost without compromising test effectiveness. The goal is to present a streamlined process for certification utilizing a model-based verification through integration of system design model and current industry certification processes. The presented approach is demonstrated through a verification of a system under test (SUT), a transport-type aircraft block model, and a system verification model for the Federal Aviation Administration (FAA) 14 CFR Part 36 Noise Standards as a component of aircraft Type Certification. Both the aircraft and verification model are based on model-based systems engineering (MBSE) and utilizes systems modeling language (SysML). In order to implement the model into current practice of transport-type certification, the paper captures findings and inputs obtained by aircraft manufacturers, translates regulations to requirements, constrains requirements through modeled current procedures, verifies the SUT based on the constraints, and outputs the results as artifacts utilized in current certification process. The MBSE model also utilizes a Monte-Carlo Markov Chain simulation to aide the user in the selection process of equivalent procedural options. It refines the concept of the improvement process with programmatic metrics that stakeholders can utilize to compare between equivalent procedures for aircraft certification. 收起