In response to the pulsating assembly line construction requirements of high bypass ratio turbofan commercial aero-engines

the pulsating assembly line is modeled using value stream analysis tools and discrete event simulation technology

and key production indicators and their main influencing factors are simulated and optimized. Quantitative analysis of the correlation characteristics of the main influencing factors and the law of contribution to the overall production capacity is conducted. A typical aero-engine pulsating assembly value stream model is constructed and a simulation technology method is proposed to support the construction of advanced pulsating assembly line and capacity planning demonstration

and provide technical reference and reference for the transformation and upgrading of the existing batch production assembly line.