化工设备与管道
化工設備與管道
화공설비여관도
PROCESS EQUIPMENT DESIGN
2015年
3期
47-51
,共5页
活塞式压缩机%飞轮矩%Origin
活塞式壓縮機%飛輪矩%Origin
활새식압축궤%비륜구%Origin
reciprocating compressor%flywheel%Origin
以V型活塞式空气压缩机为例，介绍了采用Origin软件对飞轮矩的计算研究。推导了V型压缩机两列的位移、连杆摆角、气体力计算模型，利用Origin进行曲线的绘制、叠加合成及积分面积计算，从而得到平均切向力、一转中能量变化及飞轮矩。方法简便可行，准确性高。
以V型活塞式空氣壓縮機為例，介紹瞭採用Origin軟件對飛輪矩的計算研究。推導瞭V型壓縮機兩列的位移、連桿襬角、氣體力計算模型，利用Origin進行麯線的繪製、疊加閤成及積分麵積計算，從而得到平均切嚮力、一轉中能量變化及飛輪矩。方法簡便可行，準確性高。
이V형활새식공기압축궤위례，개소료채용Origin연건대비륜구적계산연구。추도료V형압축궤량렬적위이、련간파각、기체력계산모형，이용Origin진행곡선적회제、첩가합성급적분면적계산，종이득도평균절향력、일전중능량변화급비륜구。방법간편가행，준학성고。
Exampled with V type reciprocating compressor, the calculation of flywheel by using software Origin was introduced. The calculation models for the displacement of V type compressor, the angle of rods and gas force were derived. By using Origin, the curves were drawn and the integral area was calculated. Then, average tangent force, change of energy in one rotation and flywheel moment were obtained. It was shown that this method has the advantages of simplicity and high precision.
