@article{oai:muroran-it.repo.nii.ac.jp:00005888,
 author = {針生, 暢祐 and HARIU, Nobuhiro and 西田,  公至 and NISHIDA, Kohshi and 齋當,  建一 and SAITO, Ken-ichi},
 issue = {651},
 journal = {日本機械学会論文集. C編},
 month = {Nov},
 note = {application/pdf, The vibration behavior of the crankshaft in operation is complex to simulate because there are many contributing factors, some of which are varying, oil film stiffness and damping, coupled vibration of the rotating crank train and cylinder block. This paper describes a new method of analyzing the nonlinear vibration of rotating crank train, in which calculations are made of using nonlinear equation of motion. This method uses stiffness and mass matrices of the component parts, which have been extracted from the finite element model using in-house software. The coupled vibration of the rotating crankshaft and cylinder block is calculated by means of time history response analysis, in sonsideration of the non-linearity of the oil film stiffness, damping and friction. The accuracy of this calculation technique was demonstrated by comparing the calculated results with the actual vibration measured with LASER equipment.},
 pages = {3533--3540},
 title = {実働状態でのクランク軸の振動メカニズムの解明 : 非線形な油膜特性を考慮した時刻歴応答解析による振動挙動の可視化},
 volume = {66},
 year = {2000},
 yomi = {ハリウ, ノブヒロ and ニシダ, コウシ and サイトウ, ケンイチ}
}