湖南工程学院学报:自然科学版
湖南工程學院學報:自然科學版
호남공정학원학보:자연과학판
Journal of Hunan Institute of Engineering(Natural Science Edition)
2012年
3期
39-41
,共3页
两自由度%固有频率%主振型%算法
兩自由度%固有頻率%主振型%算法
량자유도%고유빈솔%주진형%산법
two degree of freedoms natural frequency%main vibration models computational method
讨论了两自由度系统两种不同的求解固有频率与主振型的方法,为限制或利用机械振动提供重要参考.当要限制振动时,外部激励的频率应尽量远离系统的固有频率以限制系统的机械振动,当利用振动时,外部激励的频率应与固有频率接近或相等以有效利用机械振动.
討論瞭兩自由度繫統兩種不同的求解固有頻率與主振型的方法,為限製或利用機械振動提供重要參攷.噹要限製振動時,外部激勵的頻率應儘量遠離繫統的固有頻率以限製繫統的機械振動,噹利用振動時,外部激勵的頻率應與固有頻率接近或相等以有效利用機械振動.
토론료량자유도계통량충불동적구해고유빈솔여주진형적방법,위한제혹이용궤계진동제공중요삼고.당요한제진동시,외부격려적빈솔응진량원리계통적고유빈솔이한제계통적궤계진동,당이용진동시,외부격려적빈솔응여고유빈솔접근혹상등이유효이용궤계진동.
Two mainly different computational method of solveing natural frequency and main vibration model with two degree of freedom system is discussed. These two methods provide important reference for limiting or utilizing me chanical Vibration. When limiting the mechanical vibration is needed, the externat fregueney of excitation should be kept awary as far as possible from natural frequency of system. On the contrary, the external frequency of excitation should be as approximate or equal as possible to natural frequency of system when utilizing mechanical vibration of system is needed.