CAJ | 학술논문

基于S1/S2流面理论，给定轴面流道形状，由求解喷水推进泵初始轴面流线，以速度矩分布和叶片厚度分布为已知条件，进行用喷水推进泵反设计的方法。采用Fortran语言编程，实现了喷水推进泵的叶轮及后置导叶设计。通过三维数值模拟，讨论了基于不同速度矩设计对喷水推进泵的效率、扬程的影响，并分析抗汽蚀性能。
기우S1/S2류면이론，급정축면류도형상，유구해분수추진빙초시축면류선，이속도구분포화협편후도분포위이지조건，진행용분수추진빙반설계적방법。채용Fortran어언편정，실현료분수추진빙적협륜급후치도협설계。통과삼유수치모의，토론료기우불동속도구설계대분수추진빙적효솔、양정적영향，병분석항기식성능。
Based on the theory of S1 and S2 stream surface , given the impeller shape , we solve the initial axial medicinal streamline of water jet pump by singularity method .Taking the angular moment and the blade thick-ness distribution as known conditions ,a computer code is written in Fortran language to design the impeller and diffuser.By three-dimensional numerical simulation ,the efficiency, head, and export power of different impellers designed on different angular moment distributions are discussed , and the anti-cavitation performance is ana-lyzed.