@article{oai:miyazaki-u.repo.nii.ac.jp:00002597,
 author = {西畠, 裕人 and 岡部, 匡 and Okabe, Tadashi and 濱畑, 貴之 and 後藤, 大地 and Goto, Daichi and Nishihata, Yuto and 岡部, 匡 and Okabe, Tadashi and 濵畑, 貴之 and Hamahata, Takayuki and 後藤, 大地 and Goto, Daichi},
 journal = {宮崎大学工学部紀要, Memoirs of Faculty of Engineering, University of Miyazaki},
 month = {Jul},
 note = {The vibration of the reciprocating machine is induced by unbalanced inertia force due to the motion of these machine elements, slider, crank and connecting rod, during its operation. This unbalanced inertia force has first order component synchronized with rotational speed of the crank and higher even order harmonic components. These unbalanced inertia forces cause the first and higher order vibration of the reciprocating machine. In the present paper, in order to reduce the vibration of a reciprocating machine with a single slider-crank mechanism, a very small and lightweight vibration reduction device having a simple mechanism is proposed. The proposed vibration reduction device can reduce the primary and secondary vibrations of the reciprocating machine with a single slider-crank mechanism. Experiments are performed to demonstrate that the proposed vibration reduction device is very effective at reducing the vibration of a reciprocating machine with a single slider-crank mechanism.},
 pages = {159--163},
 title = {バランサシャフトによる単シリンダ往復機械の1次および2次振動の低減},
 volume = {43},
 year = {2014},
 yomi = {ニシハタ, ユウト and オカベ, タダシ and ハマハタ, タカユキ and ゴトウ, ダイチ and オカベ, タダシ and ハマハタ, タカユキ and ゴトウ, ダイチ}
}