Umlomo wombhobho we-Eductor, okwabizwa ngokuba ngumlomo wokuhamba oxubeneyo, uyilelwe ngokomgaqo kaBernoulli. Kwinkqubo yolwelo, kokukhona izinga lokuhamba liphezulu, kokukhona uxinzelelo lusezantsi. Sisebenzise eli thuba, siphuhlise imixube eyahlukeneyo yokuxuba ukuhamba. Umsebenzi wayo kukutshintsha eyendabuko Indlela evuselelayo yokujikeleza koomatshini, ngaloo ndlela ifumane ulwelo olusebenzayo nolukhuselekileyo nolushukumisayo. kumgama othile. Okokugqibela, izinto eziza kuxutywa zigalelwe etankini kwaye kuvulwa impompo engamanzi. Umbhobho unokugqibezela ukudibanisa imithombo yeendaba eyahlukeneyo

Kwinqanaba lokuqala lokuyila umlomo we-Eductor, siya kusebenzisa isoftware yeCFD ukuhlalutya imodeli ye-3D ukuze ufumane isiphumo sokuxuba. Ulwakhiwo lwangaphakathi oluhlengahlengisiweyo lwenza ukuba ulwelo luhambe ngokutyibilikayo ngaphezulu komphezulu wombhobho, okwenza ukuba umbhobho wethu we-Eductor usebenze ngakumbi.

Imilomo ye-Eductor eyenziwe sithi inomgangatho olunge kakhulu, ovela kuyilo lwethu lwemilomo etyebileyo kunye namava okuvelisa kunye nolawulo lomgangatho olungqongqo. Ukuba ufuna ukwazi okungakumbi ngolwazi lwe-nozzle ye-Eductor, kwaye ufumane amaxabiso aphezulu emveliso, Nceda ukhululeke ukunxibelelana nathi.

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