航天器环境工程2025，Vol.42Issue(5)：485-493,9.DOI:10.12126/see.2025070
航天器力学环境模拟试验数智化应用简析与思考
Digital-intelligent applications in spacecraft mechanical environment simulation testing:analysis and reflections
张利 1王营营 1吴锦伟 1李霖圣 1宋港 1张则梅 1洪岩 1王继虎 1董仕鹏1
作者信息
摘要
Abstract
The integration of digital and intelligent technologies into spacecraft system-level mechanical environment simulation testing has been shown to enhance data acquisition capabilities,efficiency,and test safety.This paper reviews representative applications of digital intelligence in mechanical testing,including data-driven extrapolation methods for optimizing sensor placement and test planning,intelligent analysis and interpretation of large-scale datasets,and digitally assisted wiring.Furthermore,intelligent monitoring and anomaly localization based on voiceprint imaging,along with multi-source data fusion-based sensing and measurement technologies,are employed to achieve wideband,full-field,and high-precision dynamic response measurements.By combining simulations with sparse measurement points,data gaps and blind zones can be effectively compensated.Finally,recommendations are proposed to promote the digital-intelligent transformation of mechanical environmental testing in China,with the aim of accelerating the overall intelligent upgrading of spacecraft environmental engineering.关键词
力学环境模拟试验/数智化/状态监测/全场振动测量/响应预示/数据挖掘Key words
mechanical environment simulation testing/digital intelligence/condition monitoring/full-field vibration measurement/response prediction/data mining分类
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张利,王营营,吴锦伟,李霖圣,宋港,张则梅,洪岩,王继虎,董仕鹏..航天器力学环境模拟试验数智化应用简析与思考[J].航天器环境工程,2025,42(5):485-493,9.
