CAJ | 학술논문

采用有限元法和软件ANSYS Workbench建立了某轻型火炮高平机的有限元模型，通过对高平机结构的模态分析得到了其固有频率和振型。与外部激振频率的比对评估显示，高平机前6阶模态固有频率相对较高，且在路面激励、发射引起的激振共振频率范围之外。研究结果表明高平机满足动态特性条件，这为后续进行高平机的设计改进和振动特性优化提供了依据。
채용유한원법화연건ANSYS Workbench건립료모경형화포고평궤적유한원모형，통과대고평궤결구적모태분석득도료기고유빈솔화진형。여외부격진빈솔적비대평고현시，고평궤전6계모태고유빈솔상대교고，차재로면격려、발사인기적격진공진빈솔범위지외。연구결과표명고평궤만족동태특성조건，저위후속진행고평궤적설계개진화진동특성우화제공료의거。
The finite element model of the elevating-equilibrium mechanism of a light howitzer was built and analyzed by ANSYS Workbench ,and then the natural frequency and vibration mode of the model were got .Compared with the frequency of external excitation ,the first 6 order frequencies of elevating-equilibrium mechanism are higher and out of the range of resonant frequency of the excitation which come from the road and shotting .The result shows the requirement of dynamic characteristics is met ,and provides the basis for later improvement of structure and vibration behavior .