Data-Driven Full-Field Prediction of Rotorcraft Fuselage Using Measurable Acceleration Response
  • Kim, Hyeongmo
  • Kim, Hyejin
  • Jeong, Inho
  • Kang, Woo-Ram
  • Lee, Hakjin
  • 외 1명
Citations

WEB OF SCIENCE

3
Citations

SCOPUS

2

초록

This paper presents a study aimed at predicting the full-field acceleration response of a rotorcraft fuselage. The prediction was achieved from the acceleration response observed at a limited sensor location on the rotorcraft. Moreover, the prediction was realized through a framework that used a data-driven model order reduction and long-short-term memory artificial neural network. To validate the performance of the proposed framework, a rotor/fuselage one-way coupled analysis was performed by considering a fuselage with a utility helicopter configuration and a platform rotorcraft. As a result, the efficiency and accuracy of the full-field prediction performance were confirmed by comparing with the finite element solutions.

키워드

RotorcraftsAircraft Components and StructureFinite Element AnalysisArtificial Neural NetworkAcceleration SensorsHelicoptersReduced Order ModellingProper Orthogonal DecompositionMechanical and Structural VibrationsCylindrical Shell StructuresACTIVE CONTROLPLACEMENT
제목
Data-Driven Full-Field Prediction of Rotorcraft Fuselage Using Measurable Acceleration Response
저자
Kim, HyeongmoKim, HyejinJeong, InhoKang, Woo-RamLee, HakjinCho, Haeseong
DOI
10.2514/1.J064408
발행일
2025-04
유형
Article
저널명
AIAA Journal
63
4
페이지
1490 ~ 1501