Ibhayisekile USprout yibhayisekile eveliswa ngoshicilelo lwezobunzulu-mibala esithathu (3D printing). Iframu yenziwe isakhiwo ngokusetyenziswa kwendlela yotopology optimization, ekhetha ukubeka izinto zokwakha kuphela apho zifuneka khona, nto leyo ehlisa umlinganiselo osetyenzisiweyo wesixhobo. Uvavanyo lwe-static stress oluenziwa ngendlela ye-finite element method luqinisekisa uzinzo lwesakhiwo seframu. Imodeli yokugqibela ishicilelwe ngenayiloni enomlinganiselo ophezulu (high density nylon). Ibhayisekile ilinganiselwa kubude obuziimilimitha ezingama-1630, ububanzi obuziimilimitha ezingama-600, kunye nobude ngokuma obuziimilimitha ezingama-832. Uhlobo lokushicilela lususa imfuneko yezixhobo zokuwumba ezibiza kakhulu (molds), oko kwenza ukuba iframu nganye ilandele uyilo lwayo lobuqu.
Igama leprojekthi : Sprout, Igama labayili : JunXiang Cheng, Igama lomthengi : JunXiang Cheng,Yi Yang,AoDong Li,JingYao Huang,ZiYu Zhao.
Olu luyilo lulungileyo luphumelele imbasa yoyilo ngeendlela eziprintiweyo ezingama-3d kunye nokhuphiswano loyilo lweemveliso. Ngokuqinisekileyo kuya kufuneka ukuba ubone iphothifoliyo yoyilo yabayili yoyilo ukuze ufumane izinto ezininzi ezintsha, ezinobuchule, eziyinqobo kunye nezoyilo eziprintiweyo kunye nemveliso yoyilo ye-3d.
