Sizibophelele ekuphuhliseni iqonga le-CAE / CFD eliphuhliswe ekhaya kunye ne-3D ye-software yokubuyisela imodeli, ngokukodwa ekuboneleleni ukulinganisa kwedijithali kunye nezisombululo zoyilo zokuphucula ukuyila, ukunciphisa ukusetyenziswa kwamandla kunye nokukhutshwa, kunye nokunciphisa iindleko kunye nokwandisa ukusebenza kakuhle kwiinkalo ezifana ne-biomedicine kunye nokusasazwa kwezifo, ukuveliswa kwezinto eziphezulu, ubunjineli bokucoca, amaziko edatha, ukugcinwa kwamandla kunye nokulawulwa kwe-thermal, kunye noshishino olunzima.
Kwimimandla yokuvelisa ephezulu efana nokuveliswa kwe-semiconductor, i-biomedicine, kunye ne-optics echanekileyo, i-particle encinci yothuli inokubangela ukuba yonke inkqubo yemveliso ingaphumeleli. Uphando lubonisa ukuba kwimveliso yetshiphu yesekethe edityanisiweyo, ukonyuka ngakunye kwamasuntswana ali-1,000/ft³ amasuntswana othuli amakhulu kuno-0.3μm kwandisa izinga lesiphene setshiphu nge-8%. Kwimveliso yoxubo mayeza, amanqanaba agqithisileyo ebhaktheriya edadayo angakhokelela ekukhutshelweni kweebhetshi zonke zeemveliso. I-Cleanroom, ilitye lembombo lemveliso yanamhlanje ephezulu, khusela umgangatho kunye nokuthembeka kweemveliso ezintsha ngolawulo oluchanekileyo lwezinga le-micron. Itekhnoloji yokulinganisa i-Computational fluid dynamics (CFD) yenza inguqu kuyilo lwegumbi elicocekileyo eliqhelekileyo kunye neendlela zokuphucula, ibe yinjini yotshintsho lwetekhnoloji kubunjineli begumbi lokucoca. Ukuveliswa kweSemiconductor: Imfazwe echasene nothuli lweMicron-Scale. Ukwenziwa kweetshiphu zeSemiconductor lelinye lamasimi aneemfuno ezingqongqo zegumbi lokucoca. Inkqubo ye-photolithography inovakalelo olugqithisileyo kumasuntswana amancinane njenge-0.1μm, okwenza la masuntswana e-ultrafine angenzeki ukuba abonwe ngezixhobo zokubona zemveli. I-12-intshi ye-wafer fab, esebenzisa i-laser dust detectors esebenza kakhulu kunye nobuchwepheshe obucokisekileyo obuphambili, ilawule ngempumelelo ukuguquguquka koxinaniso lwamasuntswana angama-0.3μm ukuya ngaphakathi ± 12%, inyusa isivuno semveliso nge-1.8%.
I-Biomedicine: Umgcini weMveliso yeBhaktheriya
Kwimveliso yamayeza kunye nezitofu zokugonya, igumbi lokucoca libalulekile ekuthinteleni ungcoliseko lwentsholongwane. Indawo yokucoca i-Biomedical ayifuni kuphela ukugxininiswa kwamasuntswana alawulwayo kodwa ikwagcina ubushushu obufanelekileyo, ukufuma, kunye nokwahlukana koxinzelelo ukuthintela ukungcoliseka. Emva kokuphumeza inkqubo yegumbi lokucoca elikrelekrele, umenzi wesitofu sokugonya unciphise ukutenxa okusemgangathweni kwezibalo zamasuntswana ezinqunyanyisiweyo kwindawo yakhe yeKlasi A ukusuka kumasuntswana angama-8.2/m³ ukuya kwi-2.7 amasuntswana/m³, enciphisa umjikelo wophononongo lwesatifikethi se-FDA nge-40%.
I-Aerospace
Ukuchaneka komatshini kunye nokuhlanganiswa kwamacandelo e-aerospace kufuna indawo ecocekileyo yegumbi. Umzekelo, ekwenzeni iincakuba zeenjini zenqwelomoya, ukungcola okuncinci kunokubangela iziphene kumphezulu, kube nefuthe ekusebenzeni kweinjini kunye nokhuseleko. Ukuhlanganiswa kwamacandelo e-elektroniki kunye nezixhobo ze-optical kwizixhobo ze-aerospace nazo zifuna indawo ecocekileyo yokuqinisekisa umsebenzi ofanelekileyo kwiimeko ezigqithiseleyo zendawo.
Ukuchaneka koomatshini kunye nokuVeliswa kwesixhobo se-Optical
Kwi-machining ngokuchanekileyo, njengokuveliswa kweentshukumo zokubukela eziphezulu kunye neebheringi ezichanekileyo, igumbi lokucoca linokunciphisa impembelelo yothuli kumacandelo achanekileyo, ukuphucula ukuchaneka kwemveliso kunye nobomi benkonzo. Ukwenziwa kunye nokudityaniswa kwezixhobo ze-optical instruments, ezifana neelensi ze-lithography kunye ne-astronomical telescope lens, zingenziwa kwindawo ecocekileyo ukuthintela iziphene zomhlaba ezifana nemikrwelo kunye ne-pitting, ukuqinisekisa ukusebenza kwamehlo.
I-CFD yokulinganisa iTekhnoloji: "Ingqondo yeDijithali" yobuNjineli begumbi lokucoca
Itekhnoloji yokulinganisa i-Computational fluid dynamics (CFD) iye yaba sisixhobo esingundoqo soyilo lwegumbi lokucoca kunye nokwenza ngcono. Ukusebenzisa iindlela zokuhlalutya amanani ukuqikelela ukuhamba kwamanzi, ukuhanjiswa kwamandla, kunye nezinye iindlela zokuziphatha ezinxulumene nomzimba, kuphucula kakhulu ukusebenza kwegumbi lokucoca. Itekhnoloji yeCFD yokuphucula ukuhamba komoya inokulinganisa ukuhamba komoya kwigumbi elicocekileyo kwaye yandise indawo kunye noyilo lokubonelela kunye nokubuyisela ii-air vents. Uphononongo lubonise ukuba ngokucwangcisa ngokufanelekileyo indawo kunye nokubuyisela ipateni yomoya yeeyunithi zokucoca i-fan (FFUs), nokuba nenani elincitshisiweyo leefilitha ze-hepa ekupheleni, ukulinganisa okuphezulu kwegumbi lokucoca kunokufezekiswa ngelixa ufezekisa ukugcinwa kwamandla okubalulekileyo.
IiNdlela zoPhuhliso lwexesha elizayo
Ngenkqubela phambili kwimimandla efana ne-quantum computing kunye ne-biochips, iimfuno zococeko ziya zisiba nzima. Imveliso yebit ye-Quantum ide ifune i-ISO Class 0.1 yegumbi lokucoca (okt, ≤1 ubungakanani besuntswana kwi-cubic meter nganye, ≥0.1μm). Amagumbi acocekileyo exesha elizayo aya kuguqukela kucoceko oluphezulu, ubukrelekrele obuninzi, kunye nokuzinza okukhulu: 1. Uphuculo lobuNgqondo: Ukudibanisa i-algorithms ye-AI ukuqikelela intsingiselo yoxinaniso lwamasuntswana ngokufunda komatshini, ukulungelelanisa ngokuqhubekayo umthamo womoya kunye nemijikelo yokutshintshwa kohluzo; 2. Izicelo ze-Digital Twin: Ukwakha inkqubo ye-digital yokucoceka yococeko lwedijithali, ukuxhasa ukuhlolwa okukude kwe-VR, kunye nokunciphisa iindleko zangempela zokugunyazisa; 3. Uphuhliso oluZinzileyo: Ukusebenzisa izikhenkcezisi ezinekhabhoni ephantsi, ukuveliswa kombane wesolar photovoltaic, kunye neenkqubo zokuphinda kusetyenziswe amanzi emvula ukunciphisa ukukhutshwa kwekhabhoni kunye nokufezekisa "igumbi lokucoca i-zero-carbon".
Ukuqukumbela
Itekhnoloji yegumbi lokucoca, njengomgcini ongabonakaliyo wokwenziwa kwemveliso ephezulu, iqhubeka ngokuqhubekayo ngokusebenzisa itekhnoloji yedijithali efana nokulinganisa iCFD, ibonelela ngendawo ecocekileyo nethembekileyo yokuvelisa izinto ezintsha zobuchwepheshe. Ngenkqubela phambili eqhubekayo yetekhnoloji, igumbi lokucoca liya kuqhubeka ukudlala indima engenakuthathelwa indawo kwiindawo ezikumgangatho ophezulu, ukukhusela yonke i-micron ye-teknoloji entsha. Nokuba yimveliso ye-semiconductor, i-biomedicine, okanye i-optical and precision yesixhobo sokwenziwa, i-synergy phakathi kwe-cleanroom kunye ne-CFD yokulinganisa itekhnoloji yokulinganisa iya kuqhuba le mimandla phambili kwaye idale imimangaliso yenzululwazi kunye nezobuchwepheshe.
Ixesha lokuposa: Sep-18-2025