Amaphrojekthi awinile we-Going Digital Awards 2023

Sekuyiminyaka eminingana ngihambela lezi zinhlobo zemicimbi, kodwa nokho akunakwenzeka ukuthi ungamangali ngokusungulwa okusha okumelelwe ukuhlanganiswa kwabantu abasha abazalwa benobuchwepheshe ezandleni zabo kanye namaqembu abantu abadlula ephepheni lekhophi eluhlaza okwesibhakabhaka. izinhlelo.

Esinye sezici ezithakazelisa kakhulu zalesi sigaba ukuhlangana kwezifundo ngendlela okwenziwa lula futhi edidiyelwe ukugeleza kusukela ekuthwebuleni, ekumodeleni, ekuklameni, ekwakhiweni nasekusebenzeni imbala. Lokhu kuyajabulisa, ikakhulukazi ngoba umqondo wamawele wedijithali uhlanganiswe embonini yomhlaba wangempela, ngokuphambene nomqondo we-metaverse wokuthi kwezinye izindawo ubonwa njengokubheja ngekusasa kodwa ngaphandle kwezicelo ezisheshayo. Empeleni, ukusebenza kahle emsebenzini wokubambisana mhlawumbe kuyisisusa esihle kakhulu.

Futhi ngemva kokukhuluma mathupha nabaphumelele abambalwa, kuhlanganise nabaphumelele, nasi isifinyezo.

1. Ukuqanjwa Okusha Kumabhuloho Nasemihubheni

I-AUSTRALIA - Umfelandawonye Wohlelo LwaseNingizimu. I-WSP AUSTRALIA PTY LTD.

• • Indawo: EMelbourne, eVictoria, e-Australia
  • Isoftware esetshenzisiwe: iTwin, iTwin Capture, LumenRT, MicroStation, OpenBridge, OpenBuildings, OpenRail, OpenRoads, ProjectWise, ProStructures, SYNCHRO
  • WINNER

I-Parkdale Level Crossing Removal Project iwuhlelo lukahulumeni waseVictorian, okuhloswe ngalo ukususa izindawo zokuwela izindawo eziyi-110 eMelbourne ngo-2030 ukuze kuthuthukiswe ukuphepha komphakathi, isiminyaminya kanye nokweseka ezokuthutha ezisimeme.

Iphinde ibe nomhubhe wesitimela oseduze nezindawo zezivakashi eziyigugu, ukwakhiwa kwe-viaduct entsha kanye nesiteshi esisha eduze kolayini waseFrankston. Ngenxa yalo lonke ulwazi obeludinga ukuphathwa, bekudingeka isixazululo esididiyelwe sedijithali. Umholi wephrojekthi ye-WSP usebenzise izixazululo ezivulekile zokumodela kanye ne-ProjetWise, ngaphezu kokusungula iwele ledijithali elahlela ukuhamba komsebenzi.

Ukusebenza kabusha kwancishiswa futhi ukuthathwa kwezinqumo kwathuthukiswa, okuholele ekuncipheni ngamaphesenti angama-60 esikhathini sokumodela kanye nokongiwa ngo-15% emahoreni ezinsiza phakathi nenqubo yokulethwa kwedizayini. Izixazululo zithuthukise ukusetshenziswa kwezinto zokwakha, zehlisa impahla yebhuloho ngo-7% kanye ne-carbon footprint ngama-30%. Ngokufanayo, ivumele i-WSP ukuthi iphinde isebenzise zonke izingxenye zedijithali zebhuloho kumaphrojekthi azayo.

Bekumele ube khona ukuze wazi impendulo yalaba basebenzi emibuzweni efana nokuthi "Balinganisela kanjani ukonga isikhathi?" Nakuba umethuli wayemncane, impendulo yakhe eqhathanisayo kanye nesibonelo kwaba isifundo sokuthi imboni namuhla isazisa kanjani isikhathi, ukubambisana nokuvikeleka, njengeziqinisekiso zokungagcini nje ngokuwina ibhidi kodwa futhi nokuqinisekisa ukulawula kumaphrojekthi amakhulu.

I-China - Ibhuloho elikhulu laseLiaozi

• • Indawo: I-Chongqing City, Chongqing, China
  • Isoftware esetshenzisiwe: I-iTwin Capture, i-LumenRT, i-OpenBridge, i-OpenRoads, i-ProStructures

I-Liaozi Bridge iyindawo yokugcina yokuxhumana ye-Chongqing Chengkou-Kaizhou Expressway. Lo msebenzi uzoxhumanisa isifunda sase-Qinba naso sonke isifunda, okungenzeka unciphise izikhathi zokuhamba ngengxenye yesithathu futhi uthuthukise intuthuko yezimboni nezomnotho. Umklamo uqukethe ibhuloho eliyi-arch elinobude obuyinhloko bamamitha angu-252, indawo yalo ephakeme kakhulu ephakeme ngamamitha angu-186 ngaphezu komfula.

Isimo sezwe esiyinkimbinkimbi kanye nezingxenye eziningi zalesi sakhiwo ziyizinselele zokwakhiwa kwaso, ngakho-ke i-BIM kanye nezinhlelo zokusebenza zokumodela zangempela zasetshenziswa. Ngalawa mathuluzi, amameshi angokoqobo esayithi akhiqizwa futhi ahlanganiswa nezithombe ezithwetshulwe ama-drones namamodeli e-3D ebhuloho.

Ngenxa yokusetshenziswa kwamapulatifomu afana ne-iTwin Capture namanye amathuluzi ashiwo ngenhla okuphatha ukwakhiwa, isikhathi sokuklama sehlisiwe saba amahora angama-300 futhi isikhathi sokwakha safinyezwa saba yizinsuku ezingama-55, konga izigidi ezingu-2.2 ze-CNY ezindlekweni zokuphatha.

United States - Robert Street Bridge Rehabilitation

• • Indawo: Paul, Minnesota, United States
  • Isoftware esetshenzisiwe: AssetWise, iTwin, iTwin Capture, iTwin Experience, MicroStation, ProjectWise

I-Robert Street Bridge iyisakhiwo somlando kuzwelonke, esihlanganisa ikhothamo likakhonkolo eliqinisiwe elinqamula uMfula iMississippi. Ngenxa yokuwohloka kwesakhiwo sebhuloho, uMnyango Wezokuthutha waseMinnesota (MNDOT) waqala iphrojekthi yokuvuselela ibhuloho ngokubambisana nabakwaCollins Engineers.

Ukuze baqale noma yimuphi umsebenzi wokulungisa kwakudingeka babuyekeze ngokucophelela izimo zebhuloho, u-Collins ugcwalise ukuhamba komsebenzi okuvamile ngobuhlakani bokwenziwa kanye namawele edijithali ukuze bathole ukuhlolwa okunembile.

Basebenzise i-iTwinCapture kanye ne-iTwin Experience ukuze benze iwele ledijithali le-3D lebhuloho, elibavumela ukuthi bakhombe, balinganise futhi baxhumane nendawo yokuqhekeka nesimo sikakhonkolo. Ngenxa yokusetshenziswa kwamawele edijithali, izinkinga ezingase zibe nomthelela ekuqaleni komsebenzi zaqinisekiswa. Lezi zixazululo zinikeze ukonga okungu-30% ngesikhathi sokuhlolwa, ukonga okungama-20% ezindlekweni zokwakha, ngaphezu kokufaka isandla ekulondolozweni kwemvelo.

2. Ukuqamba Okusha Ekwakhiweni

LAING O'ROURKE – SEPA Surrey Hills Level Crossing Removal Project.

• • Indawo: EMelbourne, eVictoria, e-Australia
  • Isoftware esetshenzisiwe: I-Descartes, i-iTwin Capture, i-OpenBuildings, i-ProjectWise, i-SYNCHRO
  • WINNER

Le phrojekthi yokususwa kwezinga le-Surrey Hills ingenye yezinhlelo eziyinkimbinkimbi kakhulu zokususa ukuwela eVictoria. Inhloso enkulu ukuthuthukisa ukuphepha, ukunciphisa ukuminyana emigwaqweni kanye nokunciphisa ukukhishwa kwesisi esingcolisa umoya ngama-30%.

Itholakala eduze nomzila wesitimela osebenzayo futhi idinga ukuthi le threkhi ivalwe okungenani izinsuku ezingu-93. Ubunkimbinkimbi bayo bekufanele buqashelwe ngeshejuli eqinile ukuze ithimba lisebenzise umklamo oklanywe ngokucophelela wokukhiqiza.

Ophumelele kube yi-SYNCHRO, esetshenziselwa ukudala imodeli ye-4D, ababezobonisa ngayo lonke uhlelo lokwakha olusekelwe emafini olulenze kube lula ukufinyeleleka nokulinganisa kuyo yonke iphrojekthi.

Ukusebenzisa lesi sixazululo sokuphatha ukwakhiwa ukulingisa imisebenzi esizeni kunikeze ukubonakala okukhulu ekuhleleni futhi kuhlonzwe izinkinga ezingase zibe khona ngaphambi kokwakhiwa. Kwehliswe ingozi yokungqubuzana ngo-75%, amaphutha ezinhlelo ngo-40% uma kuqhathaniswa nokusebenzisa ukuhamba komsebenzi okuvamile.

DURA VERMEER INFRA LANDELIJKE, MOBILIS, GEMEENTE AMSTERDAM project.

• • Indawo: Amsterdam, Noord-Holland, Netherlands
  • Isoftware esetshenzisiwe: I-PLAXIS, i-SYNCHRO

Umasipala wase-Amsterdam wenza izinguquko ezihlosiwe ohlelweni lwasemkhathini womphakathi okuhlanganisa nokugeleza kwezimoto. Amaphrojekthi enziwa osonkontileka i-Dura Vermeer kanye ne-Mobilis, okumele ivuselele amakhilomitha angu-2,5 emigwaqo, amathrekhi amathilamu kanye namabhuloho amakhulu. Umgomo uwukuqinisekisa izindawo eziphephile, ezifinyelelekayo neziqhubekayo.

Bakhethe i-SYNCHRO njengenkundla yokubona ngeso lengqondo inqubekelaphambili yephrojekthi, izinqubo zedijithali, futhi bahlanganyele idatha eyanele ethuthukisa ikhwalithi yedatha kanye nolwazi oluphelele lwephrojekthi kusixazululo esisodwa. Kubo, ukusebenza endaweni exhunyiwe yedijithali kwenza izinqubo zokuxhumana zaba lula kanye nokuphathwa koshintsho olusebenzayo. Amahora angu-800 ezinsiza alondoloziwe, futhi nangesixazululo sokwakha sedijithali, izinsiza zesikhathi sangempela zanikezwa ezikwazi ukusiza ukunquma izingozi ezingu-25 ngokuqondile ohlelweni lwe-4D.

I-LAING O'ROURKE – Iphrojekthi yenkundla entsha ye-Everton

• • Indawo: Liverpool, Merseyside, United Kingdom
  • Isoftware esetshenzisiwe: LumenRT, SYNCHRO

 Uhlelo lokuthuthukisa i-Liverpool City Dock luhlanganisa ukwakhiwa kwenkundla entsha esitokisini esikhona seqembu le-English Premier Football League. Lo msebenzi ubandakanya izihlalo ezingama-52.888 ngaphansi kwemikhawulo yezokuthutha kanye nokuhlonipha amagugu endawo. U-Laing O'Rourke ungusonkontileka oyinhloko, esebenzisa indlela yokwakha yedijithali ye-4D ukuze alethe iphrojekthi ngesikhathi nangaphakathi kwesabelomali. Bayethemba i-SYNCHRO ukuthi ifinyelele izinhloso zephrojekthi, yandise ukuxhumana phakathi kweqembu lonke, futhi ihlele / yenze umsebenzi ngempumelelo.

Ukusebenzisa imodeli ye-4D kwakubalulekile ukuphatha zonke izinqubo futhi kwavumela imikhakha eminingi ukuthi isebenzisane ukuze ilethe iphrojekthi ngaphambi kwesikhathi esimisiwe. Ukusebenza ngempumelelo endaweni ehlanganyelwe yedijithali ye-4D kuthuthukise ukulethwa kwephrojekthi futhi kuguqule indlela u-Laing azoletha ngayo amaphrojekthi wokwakha ayinkimbinkimbi esikhathini esizayo.

3. Ukuqamba Okusha Kwezobunjiniyela Bebhizinisi

I-MOTT MACDONALD - Ukulinganisa ukulethwa kwezinhlelo zokususa i-phosphorus embonini yamanzi yase-UK

• • Indawo: United Kingdom
  • Isoftware esetshenzisiwe: I-ProjectWise
  • WINNER

I-Mott MacDonald ikhombe ithuba lokulinganisa izikimu zokususa i-phosphorus kumaphrojekthi ayi-100 kuwo wonke amakhasimende ayo ayisikhombisa ase-UK amanzi. Isilinganiso esikhulu sephrojekthi yethule izinselele zokwabelana ngedatha, ukuxhumanisa, kanye nokumiswa.

Ukuze kubhekwane nalezi zinselele, bakhethe umtapo wabo wezincwadi we-BIM ohamba phambili embonini, i-Moata Intelligent Content, exhaswe yi-ProjectWise Component Center, njengesixazululo sedijithali sokuqoqa izingxenye ezijwayelekile echungechungeni lwabo lokuhlinzeka futhi bakhiqize imodeli yepharamitha emisiwe eyenziwe yatholakala kulo lonke uhlaka. yeklayenti lakho.

Ukusebenza kwepharamitha yesikhulumi kuthuthukise ukusebenza kahle futhi kwenza umklamo nokwakhiwa kwaba lula, konga amahora angu-13.600 nangaphezu kwezigidi ezingu-GBP 3,7 ezindlekweni zizonke. Ukuphothulwa ngempumelelo kwezinhlelo zokususa kuzoba nomthelela omuhle omuhle emiphakathini yendawo, imvelo kanye nokusimama, ukuthuthukisa izinga lamanzi nokuvikela izindawo zokuhlala kanye nemvelo.

I-ARCADIS. I-RSAS - Izitebhisi zemoto

 I-Carstairs junction eScotland iyathuthukiswa ukuze kususwe imikhawulo yesivinini, kusheshiswe futhi kuthuthukiswe uhambo lwabagibeli nokusebenza kwezitimela. I-Arcadis iklama uhlelo lokufaka ugesi ukuze kwenyuswe isivinini sokuhlangana sisuke kumakhilomitha angu-40 siye ku-110 ngehora, sinikeze amandla ezinsiza ezinesivinini esikhulu e-Edinburgh naseGlasgow, kuyilapho kunciphisa ukukhishwa kwekhabhoni ngo-20% kuya ku-30%.

Ukuze kubhekwane nezinselele zephrojekthi, bakhethe izinhlelo zokusebenza zokusungula indawo yedatha ehlanganyelwe futhi bathuthukise imodeli ye-3D ehlanganisiwe. Ukusebenza ohlelweni oludidiyelwe lwendalo lwedijithali kuthuthukise ukwabelana ngedatha ngama-80%. Ithimba lihlonze futhi laxazulula izingxabano ezingu-15.000 phakathi nesigaba sokuklama futhi lanciphisa isikhathi sokuklama ngo-35%, konga u-£50 wezigidi zezindleko nokuletha iphrojekthi ezinsukwini ezingu-14 ngaphambi kwesikhathi.

I-PHOCAZ, INC. Izimpahla ze-CAD eziya ku-GIS: Isibuyekezo Se-CLIP

• • Indawo: Atlanta, Georgia, United States
  • Isoftware esetshenzisiwe: iTwin, MicroStation, OpenRoads, ProjectWise

I-Phocaz ibuyekeza uhlelo lwayo lokusebenza lwe-CLIP CAD-GIS ukuze isize i-Georgia DOT ifinyelele idatha yempahla ngamamayela angaphezu kuka-80 omgwaqo ophakathi nendawo. Ukuze uthwebule idatha yomdwebo wempahla ngokusekelwe kumazinga omklamo weklayenti futhi uyiguqule ibe ulwazi lwe-GIS.

I-Phocaz idinga isisombululo esididiyelwe sedijithali. Ngokusetshenziswa kwe-ProjectWise, amafayela omklamo womgwaqo agcinwa futhi aphathwa futhi nge-iTwin kwakhiqizwa iwele ledijithali elisekelwe emafini lapho ubuhlakani bokwenziwa bungasetshenziswa khona ukuze kutholwe izici ezithile.

Isixazululo senze ukuhamba komsebenzi kwe-CAD-GIS kwaba lula, sanciphisa ubunkimbinkimbi bokudala imodeli yokufunda yomshini. Ukwenza ngokuzenzakalela kanye nokwenza amadijithi inqubo yokuthola izimpahla zomgwaqo nezindawo zazo kusindisa isikhathi esiningi nezindleko kuyilapho kunikeza imiphumela enembe kakhulu uma kuqhathaniswa nokugeleza komsebenzi okwenziwa mathupha. Ukuxhumanisa ukugeleza komsebenzi kwe-CAD-GIS nge-iTwin kusiza ukufinyeleleka, kuphromothe inqwaba yokusetshenziswa nezinzuzo kuyo yonke imikhakha nezimboni eziningi.

4. Ukuqamba Okusha Ezikhungweni, Amakhampasi Namadolobhakazi

I-VRAME CONSULT GMBH. Siemensstadt Square – Twin Digital Campus e Berlin

• • Indawo: Berlin, eJalimane
  • Isoftware esetshenzisiwe: iTwin, OpenCities, ProjectWise
  • WINNER

I-Siemensstadt Square ineminyaka engu-25 ubudala iphrojekthi yokuthuthukiswa kwedolobha ehlakaniphile futhi esimeme e-Berlin. Le phrojekthi ibandakanya ukuguqulwa kwamahektha angaphezu kuka-70 omhlaba o-brownfield ube yikhempasi yesimanje, engena-carbon, okuhlanganisa cishe izakhiwo eziyi-100 ezintsha ezikhipha umoya omncane kanye nemiqondo ephambili yokuhamba.

I-Vrame Consult isebenzise i-iTwin ukusungula uhlelo lwesitezi lwedijithali lwekhempasi ye-Siemensstadt Square. Isixazululo esihlanganisiwe se-digital twin sinika amandla bonke ababambiqhaza bephrojekthi, ababambiqhaza kanye nomphakathi ukuthi bafinyelele ngokushesha imininingwane ethembekile engenziwa ibe yingqikithi futhi iphinde isetshenziswe. Lokhu kubhekana nezinselelo zokuxhumana, ukusebenzisana kanye nokuphathwa kwedatha ezethulwa abaningi ababambiqhaza abahililekile.

Clarion Housing Group. Amawele: ukudala umucu wegolide phakathi kwefa ledijithali

• • Indawo: London, England, United Kingdom
  • Umhlahlandlela wephrojekthi: I-AssetWise

I-Clarion Housing iqale iphrojekthi yokuhlangabezana nezimfuneko zomthetho ezintsha ezibekwe uMthetho Wokuphepha Kokwakha wase-England. Le phrojekthi ihlose ukufaka ulwazi ngedijithali kuzo zonke izingxenye zokwakha eziyingozi kakhulu ezithinta ukuphepha kwesakhiwo nomlilo. Lolu hlelo luzothuthukisa ukuvikeleka kwalezi zakhiwo ngokuphathwa okungcono kwempahla, ukuthuthukisa nokubonisa ukuvikeleka kwesitoko sikaClarion.

Basebenzise uhlelo oluhlakaniphile lwezingxenye zokwakha nezingxenye ezindaweni ezisengozini enkulu. Isixazululo, esisekelwe ku-AssetWise ALIM, sihlonza izimpahla ngaphakathi kwezakhiwo futhi sigcina yonke idatha ehlobene, okuhlanganisa imiphumela yokuhlolwa nomsebenzi oqediwe.

Lokhu kuvumela ukuphathwa kwempahla ngendlela engabizi kakhulu, ukubeka phambili ubungozi obungcono kanye nezakhiwo eziphephile. Ukwengeza, isistimu ye-Clarion Housing ehlakaniphile, eyenziwe ngedijithali inikeza u-100% wezinhlelo nedatha edingekayo ukuze ihambisane nezindinganiso ezintsha zokuphepha zokwakha.

Ngalesi sixazululo, i-Clarion Housing ingaqinisekisa ukuthi izakhiwo zayo ziphephile futhi zihlangabezana nezindinganiso zakamuva zokuphepha. Ukwengeza, ukuphathwa kahle kwempahla kuvumela i-Clarion Housing ukuthi yehlise izindleko futhi ithuthukise ukubeka phambili ubungozi.

I-Port Authority yaseNew South Wales: Isifundo esiyisibonelo ekuguqulweni kwedijithali

• • Indawo: ENew South Wales, e-Australia
  • Isoftware esetshenzisiwe: iTwin, iTwin Capture, OpenCities

I-New South Wales Ports Authority ifake izimpahla zayo kwidijithali emachwebeni ayisithupha. Kusetshenziswa i-ContextCapture ne-OpenCities, ukusebenzisana nokwenza izinqumo kwathuthukiswa. Uhlelo oludala olusekelwe kufayela lwaluntula idatha ethembekile kanye nomxholo wendawo. Ukuqoqa imininingwane esetshenziswa ukuthatha izinsuku. Isixazululo esisha manje siphatha futhi silondoloza idatha enkulu evela emithonjeni eminingi ngokunemba.

Ukwengeza, ukusetshenziswa kobuchwepheshe kwenziwe lula ukuhamba komsebenzi kanye nokunciphisa ukuhamba phakathi kwamachweba, kuthuthukisa ukubambisana nokwabelana ngedatha okunembile phakathi kweminyango nababambiqhaza. Lokhu kulindeleke ukuthi konge u-50% ngesikhathi sokuhlanganiswa kwesicelo sedatha. Isixazululo se-Digital twin sinikeza umbono obanzi wezimpahla ezithatha imijikelezo yokuphila eminingi, sandisa ukubonakala kwedatha, siqeda ukungabi namsebenzi, futhi sikhuthaza ukusebenzelana komphakathi nokusebenzisana nama-ejensi emvelo nezasolwandle.

5. Ukuqamba Okusha Ezinqubweni Zokukhiqiza Amandla

I-Shenyang Aluminium Magnesium Engineering and Research Institute Co., Ltd. Chinalco China Resources Electrolytic Aluminium Engineering Digital Twin Application Project

• • Indawo: Lvliang, Shanxi, China
  • Isoftware esetshenzisiwe: I-AutoPIPE, iTwin, i-LumenRT, i-OpenBuildings, i-OpenPlant, i-OpenRoads, i-OpenUtilities, i-ProjectWise, i-ProStructures, i-Raceway kanye ne-Cable Management, i-STAAD, i-SYNCHRO
  • WINNER

I-Chalco iqale iphrojekthi yokubonisa yedijithali yemboni yayo ye-aluminium yase-Zhongrun, njengengxenye yokuzibophezela kwayo ekuthuthukisweni okuluhlaza kanye nokunciphisa ukusetshenziswa kwamandla embonini ye-aluminium yaseChina. Usuvele ungumsebenzisi, i-SAMI ikhethe izinhlelo zokusebenza zokuthuthukisa inkundla yokuphathwa kwefekthri yedijithali yebhizinisi futhi yakhe iwele lokuqala lemboni ye-aluminium esitshalweni esibanzi.

Izinhlelo zokusebenza ezihlanganisiwe zisize ukunciphisa isikhathi sokumodela ngo-15%, okusho ukuthi cishe izinsuku zebhizinisi ezingama-200. Yonke imisebenzi yedijithali yefekthri inciphisa izindleko zokuphatha zonyaka nge-CNY 6 million, ukwehluleka kwemishini okungalindelekile ngo-40%, kanye nokukhishwa kwemvelo ngo-5%. Ukufakwa kudijithali kwephrojekthi kwenza kube nokwenzeka ukukhuthaza izinqubo ezisimeme nezingangeni imvelo.

I-MCC CAPITAL ENGINEERING & RESEARCH INCORPORATION LIMITED. Iphrojekthi ye-Linyi eluhlaza nedijithali yokwakha amathani ayizigidi ezingu-2,7 wesisekelo sensimbi esikhethekile sekhwalithi ephezulu

• • Indawo: Linyi, Shandong, China
  • Isoftware esetshenzisiwe: AssetWise, iTwin, iTwin Capture, LumenRT, OpenBuildings, OpenPlant, OpenRoads, ProjectWise, ProStructures, Raceway kanye neCable Management, SYNCHRO

I-MCC yakha imboni yokukhiqiza insimbi eluhlaza ehlakaniphile ehlanganisa inqwaba yezifundo futhi ihlanganisa indawo engamahektha angu-214,9. Le phrojekthi ihilela ukuklama okuvumelanayo, ukwakhiwa, ukulethwa kanye nokusebenza kwezimboni ezingokwenyama nezedijithali.

Ukuze kubhekwane nezinselele ezethulwa isikali sephrojekthi, uhlelo lwezinqubo eziyinkimbinkimbi kanye nomklamo onzima ngaphakathi kweshejuli yokwakha eqinile, i-MCC ikhethe i-ProjectWise ukuze isungule inkundla yokuklama yedijithali ehlanganyelwe, i-AssetWise ukuze yakhe isikhungo sedatha yobunjiniyela kanye nokuvula izicelo zokuqhuba ukulethwa kwedijithali ulwazi kuwo wonke umjikelezo wempilo yephrojekthi.

I-MCC idale inkundla yamawele edijithali enenqubo ephelele, yonga izinsuku ezingama-35 zesikhathi sokuklama futhi ifinyeza ukwakhiwa ngama-20%. Lesi sitshalo sedijithali sisiza ukugcinwa kanye nokusebenza kwemishini ehlakaniphile, sinciphisa isikhathi sokungasebenzi ngo-20% siye ku-25% kanye nokukhishwa kwekhabhoni ngama-20%.

I-Shanghai Research, Design and Research Institute Co., Ltd. Ukuphathwa kwempahla yedijithali yamaphrojekthi kagesi wamanzi asekelwe kumawele edijithali

• • Indawo: Liangshan, Yibin and Zhaotong, Sichuan and Yunnan, China
  • Isoftware esetshenzisiwe: iTwin, iTwin Capture, MicroStation, OpenBuildings, OpenPlant, OpenUtilities, ProjectWise, Raceway kanye nokuphathwa kwekhebula

Izizinda ezimbili eziphehla ugesi ngamanzi e-China zikhethelwe ukuqala iphrojekthi yokuhlola yokusungula uhlelo lokuphathwa kwempahla yobunjiniyela bedijithali kuwo wonke umjikelezo wempilo wempahla yesikhungo sokuphehla ugesi ngamanzi. Ukuze kubhekwane nezinselele zokuphatha idatha enkulu kuzo zonke iziyalo nezinhlangano eziningi, ithimba lidinga isisombululo esididiyelwe sobuchwepheshe. Kulesi simo, i-ProjectWise nezinhlelo zokusebenza ezivulekile zisetshenzisiwe ukuze kusungulwe indawo yedijithali exhunyiwe nokwenza ukumodela kwe-3D okuhlanganyelwe.

Ukwengeza, ithimba lihlanganise futhi laxhumanisa wonke amamodeli nedatha kumawele edijithali ne-iTwin, linikeza umbono obonakalayo wemisebenzi yebhizinisi ukuze kuzuzwe ukuphathwa kwedijithali nokugcinwa kweziteshi eziphehla ugesi ngamanzi. Ukusebenzisa isofthiwe kuthuthukise ukusebenza kahle kokuqoqwa kwedatha ngo-10% futhi konga izinsuku ezingu-200 ngesikhathi sokumodela, kuyilapho kunciphisa isikhathi sokwakha ngo-5% kanye nokukhishwa kwekhabhoni ngo-3%. Ngokusebenzisa i-automation yezimboni nobunjiniyela bedijithali, ithimba lisungule uhlelo oluphelele lokuphatha nokulawula impahla yedijithali.

6. Ukuqanjwa Kwezitimela Nezokuthutha

I-AECOM PERUNDING SDN BHD. I-Johor Bahru-Singapore Rapid Transit System

• • Indawo: eMalaysia naseSingapore
  • Isoftware esetshenzisiwe: ComplyPro, iTwin Capture, Leapfrog, MicroStation, OpenBridge, OpenRail, PLAXIS, STAAD, ProjectWise, ProStructures
  • WINNER

I-Johor Bahru-Singapore Rapid Transit System (RTS) iwumsebenzi onqamula umngcele ozoxhumanisa iJohor Bahru eMalaysia neWoodlands, Singapore. Le phrojekthi izodambisa isiminyaminya ngokunciphisa inani lezimoto ezisebenzisa iJohor-Singapore Causeway, ihlinzeke ngezinto zokuhamba eziluhlaza kubagibeli ababalelwa ku-10,000 ngehora. I-AECOM isungule indawo yedatha exhunyiwe nge-ProjectWise ukuze kuthuthukiswe ukuhlela, ukuklama nokwakha.

Uhlelo lokusebenza lwesofthiwe lusebenza ngokuzenzakalelayo, luqinisekise ubuqotho besakhiwo, futhi longe u-50% ngesikhathi sokudweba. Ukwengeza, isixazululo samawele edijithali sinikeze umbono onembile futhi ophelele wephrojekthi kaloliwe owela umngcele, ehlangabezana nezidingo zobuchwepheshe zawo womabili la mazwe kanye nokunciphisa ukusebenza kabusha.

I-IDOM. Isiteji sobunjiniyela benani somklamo onemininingwane nokugadwa kwephrojekthi ye-Rail Baltica

• • Indawo: E-Estonia, eLatvia naseLithuania
  • Isoftware esetshenzisiwe: I-Descartes, i-LumenRT, i-OpenBuildings, i-OpenRail, i-ProjectWise

I-Rail Baltica iwumhubhe ongamakhilomitha angama-870 wabagibeli bamazwe ngamazwe kanye nomzila wesitimela wezimpahla oxhumanisa iLithuania, i-Estonia neLatvia njengengxenye yenethiwekhi yezokuthutha ye-European Union's North Sea-Baltic trans-European. Le phrojekthi izosindisa izigidigidi zezindleko zonyaka zokuthutha impahla kanye nama-Euro ayizigidi eziyizinkulungwane ezingu-7,1 ezindlekweni zokushintsha kwesimo sezulu, ukunciphisa ukukhishwa kwekhabhoni kube emazingeni aphansi kakhulu ngangokunokwenzeka.

Ukufeza le phrojekthi enkulu yamazwe ngamazwe, inkampani yaseSpain i-IDOM isebenzise ukugeleza komsebenzi okudijithali okuhlanganyelwe ku-3D. I-ProjectWise ikhethwe njengenkundla yedatha exhunyiwe nezinye izinhlelo zokusebenza ezivulekile ze-BIM ukuze yenze ukumodela okuhlanganyelwe kwe-3D nokutholwa kokushayisana.

Ngokunjalo, bamukele indlela yokusebenza ye-BIM ebanzi, bathola isilinganiso sokunemba esingu-90% ekushintsheni ukusuka ekuklanyweni kuya ekwakhiweni. Ngalokhu okungenhla, izinguquko ngesikhathi sokwakha zehliswa futhi zafinyelela ezingeni elisha lekhwalithi nokusimama ekuphathweni kwengqalasizinda.

ITALFERR SPA Ulayini omusha wejubane eliphezulu u-Salerno – Reggio Calabria

• • Indawo: I-Battipaglia, Campania, Italy
  • Isoftware esetshenzisiwe: Descartes, iTwin, iTwin Capture, LumenRT, MicroStation, OpenBridge, OpenBuildings, OpenCities, OpenRail, OpenRoads, PLAXIS, ProjectWise, SYNCHRO

I-Italferr yenza iphrojekthi kalayini wesivinini esiphezulu we-Salerno-Reggio Calabria, odinga ukwakhiwa kwamakhilomitha angama-35 ujantshi omusha wesitimela, okuhlanganisa namahubhu, ama-viaducts, imigwaqo kanye neziteshi zikagesi. Lapho isiqediwe, iphrojekthi izohlanganisa endaweni ezungezile, ikhulise ukuvikelwa kwemvelo futhi ikhuthaze ukuthuthukiswa kwezokuthutha okusimeme.

Ukuze kube lula ukushintshaniswa kwedatha, ukubuyekezwa nokuhlola, i-Italferr ikhethe izinhlelo zokusebenza ezivulekile ze-ProjectWise ekhiqize ngazo amamodeli we-BIM angu-504. Ukusebenzisa i-iTwin kwenza ukuvumelanisa kwamamodeli kube iwele ledijithali elisekelwe emafini, okuvumela ukubuyekezwa kwedizayini ebonakalayo nebonakalayo kuyo yonke imikhakha eminingi nababambiqhaza.

Ngokusetshenziswa kwalezi zixazululo, ukusebenza kahle kuye kwathuthukiswa ngo-10%, ukukhiqiza kwanda, ngakho-ke kongiwa amahora abalulekile okusebenza nezinsiza. Umphumela waba ukulethwa kwedijithali kwekhwalithi ephezulu kweklayenti, okubonisa iphrojekthi kubo bonke ubukhazikhazi bayo.

7. Ukuqamba Okusha Emigwaqweni Nasemigwaqweni emikhulu

I-ATKINSRÉALIS. I-70 Floyd Hill to Veterans Memorial Tunnels Project

• • Indawo: Idaho Springs, Colorado, United States
  • Isoftware esetshenzisiwe: iTwin, LumenRT, MicroStation, OpenBridge, OpenFlows, OpenRoads, ProjectWise, ProStructures
  • WINNER

U-AtkinsRéalis wasebenzisa i-iTwin ukuze enze amawele edijithali, ngaleyo ndlela azuze ukubonakala okukhulu. Kusetshenziswe izinhlelo zokusebenza zokumodela ezivulekile ukuze kuthuthukiswe ukumodela okuhlanganyelwe kanye nokuphathwa kwedatha okuphumelelayo, kanye ne-LumenRT ukuze ibonakale. Ukusebenza endaweni edidiyelwe yedijithali ne-ProjectWise, ukonga kwezigidi ezingu-$1,2 kwafinyelelwa ekulawuleni amashidi wamafayela angaphezu kwe-1000. Ukwengeza, amahora angu-5500 alondolozwe ngokubambisana futhi umzamo odingekayo wokuthuthukisa nokushicilela amawele edijithali ukuze abuyekezwe wehliswe ngo-97%.

I-AtkinsRéalis kwadingeka inqobe imingcele yendawo, i-topography eyinkimbinkimbi nomthelela wemvelo. Lo msebenzi wawubandakanya ukuklama okuyinkimbinkimbi kanye nokuxhumana kwemikhakha eminingi okuholele ekutheni baphendukele kubuchwepheshe obudidiyelwe bedijithali ukuxazulula lezi zinkinga.

I-Hunan Provincial Communications Planning, Survey and Design Institute Co., Ltd. Ukwakhiwa Nokuthuthukiswa Komgwaqo Omkhulu HUNAN HENGYONG CO., LTD. Hengyang – Yongzhou Expressway esifundazweni Hunan

• • Indawo: I-Hengyang ne-Yongzhou, e-Hunan, e-China
  • Isoftware esetshenzisiwe: I-LumenRT, i-Microstation, i-OpenRoads

I-Hengyang-Yongzhou Expressway iyiphaseji 105,2 amakhilomitha okuzokwenza ngcono izimo zethrafikhi futhi kufinyeze izikhathi zokuhamba phakathi kwalawa madolobha amabili, kuzuze ukubambisana kwezimboni kanye nokufinyeleleka kangcono emzileni wezivakashi.

Lo msebenzi uzothuthukisa ukuhamba kwezimoto, izikhathi zokuhamba, ukusebenzisana kwezimboni kanye nokufinyeleleka kwezivakashi. Itholakala endaweni yomhlaba wezolimo ophambili futhi ibeka izinselelo zemvelo, ezobuchwepheshe kanye nokuxhumanisa.

Ithimba lisebenzise izicelo zokuvula, ezididiyelwe ze-3D BIM kanye nokumodela okungokoqobo. Lezi zinhlelo zokusebenza zinike amandla ukusebenzisana kwedatha okuhlanganisiwe kokumodela nokwakhiwa komgwaqo onguthelawayeka. Inhloso bekuwukunciphisa umthelela emvelweni nengqalasizinda ekhona.

Kusetshenziswa i-OpenRoads Designer, isidingo samabhuloho amathathu saqedwa, konga izigidi ezingama-40 ze-CNY. Idizayini yedijithali ehlanganyelwe kanye nokuhlanganiswa kwedatha kuthuthukise ukusebenza kahle kokuxhumana ngo-50% futhi kwagwema amaphutha okwakha angama-20, konga izigidi ezi-5 ze-CNY. Ngenxa yezixazululo ze-BIM, iphrojekthi kulindeleke ukuthi iqedwe kusasele isikhathi esimisiwe.

SMEC ENINGIZIMU AFRIKA. Umehlukanandlela i-N4 Montrose

• • Indawo: Mbombela, Mpumalanga, South Africa
  • Isoftware esetshenzisiwe: iTwin Capture, LumenRT, MicroStation, OpenFlows, OpenRoads, Pointools

Iphrojekthi ye-Montrose Interchange ithathe indawo ye-T-junction ekhona emgwaqeni onguthelawayeka u-N4, yenza ngcono ukuhamba kwezimoto, ukuphepha kanye nomnotho kanye nezokuvakasha zesiFundazwe saseMbombela. Indawo yethule inselele yokusebenzisa umehlukanondlela omusha osezingeni eliphezulu wokugeleza kwamahhala emugqeni wesikhathi omfushane futhi ngaphandle kwedatha yesimo sezwe etholakalayo, njengoba itholakala phakathi kwemifula emibili phakathi kwezigodi eziyimiqansa phakathi kwezintaba.

I-SMEC isebenzise i-ContextCapture ne-LumenRT ukuze idale futhi ibonise i-mesh yangempela yephrojekthi. Bawine inkontileka yokuklama futhi baletha idizayini engenzeka ngokushesha, kuyilapho behlanganisa i-OpenRoads Designer nesofthiwe yeqembu lebhuloho nokusebenzisa amathuluzi okumodela ephaseji. Ngakho konke lokhu banciphisa i-carbon footprint, isikhathi sokuklama kanye nezindleko.

8. Ukuqamba Okusha Kobunjiniyela Bezakhiwo

I-HYUNDAI ENGINEERING. Idizayini ezenzakalelayo yezakhiwo zomphakathi nezakhiwo nge-STAAD API

• • Indawo: Seoul, eNingizimu Korea
  • Imanuwali yephrojekthi: STAAD
  • WINNER

AbakwaHyundai Engineering bathuthukise ukuklanywa kwezindawo zokukhosela kanye namapayipi okufaka amapayipi ezimbonini zikagesi. Basebenzise ukumodela kwe-3D nokugeleza komsebenzi kwedijithali ukuze bathuthukise ukunemba kwedizayini nokusebenza kwezakhiwo.

Basebenzise i-STAAD kanye nobuhlakani bokwenziwa ukuze benze ngokuzenzakalela futhi basheshise ukuklama. Basebenzise i-AI ukukhiqiza inani elikhulu lamamodeli aqagelayo. Lolu hlelo luguqula ulwazi lokuklama lube imodeli ye-3D, okukuvumela ukuthi ubikezele futhi uhlele umsebenzi wokunakekela nokuthuthukisa wesikhathi esizayo.

UKWAKHIWA KWE-L&T. Ukwakhiwa kwesikhungo sokuhlanza amanzi angcolile angama-318 MLD (70 MGD) e-Coronation Pillar, eDelhi.

• • Indawo: ENew Delhi, eNdiya
  • Imanuwali yephrojekthi: STAAD

E-New Delhi, imboni ye-Coronation Pillar icubungula amalitha ayizigidi ezingama-318 wamanzi angcolile ngosuku futhi inciphisa ukukhishwa kwekhabhoni cishe ngamathani ayi-14.450 ngonyaka. I-L&T Construction yenze iphrojekthi enkulu ehilela ukuklama nokwakhiwa kwezakhiwo ezimbalwa endaweni encane echayeke ezinsongweni zokuzamazama komhlaba kanye nokucwiliswa kwamanzi.

Ukuze kuqinisekiswe ikhwalithi yesakhiwo, i-L&T yasebenzisa i-STAAD ukuze imodeli yemiklamo ehlukahlukene enemithwalo ehlukene kanye nokusetshenziswa, ikwazi ukusebenzisa umhlaba omncane ngo-17,8% kanye nezinto zikakhonkolo eziqiniswe kancane ngo-5%, yehlisa indawo engokoqobo nekhabhoni yephrojekthi. Usebenzisa uhlelo lokusebenza lwe-L&T Construction, uhlole ngokushesha imiklamo yesakhiwo ehlukene, wonga u-75% wesikhathi ekutholeni isixazululo esingcono kakhulu uma kuqhathaniswa nezindlela zokuklama mathupha.

I-RISE Structural Design, INC.Dhaka Metro Line 1

• • Indawo: UDhaka, eBangladesh
  • Isoftware esetshenzisiwe: STAAD

I-RISE isebenza ekwakhiweni kwesiteshi se-MRT-1, ulayini wesitimela wokuqala ongaphansi komhlaba e-Bangladesh. Ukuqinisekisa ukuthi zonke izici zesiteshi ziyahambisana, i-RISE kwadingeka yenze ukulingisa okunembayo kanye nokuhlaziywa kwesakhiwo sedijithali. Bakhethe i-STAAD ne-STAAD Advanced Concrete Design ukuze benze imodeli futhi bahlaziye ukwakheka kophahla lwensimbi nezingcindezi kukhonkolo eqinisiwe, bakhe indawo yedijithali ehlanganyelwayo kanye nokuthuthukisa ukwakheka kwesakhiwo ngokuvumelana namakhodi okuklama afanelekile.

Isofthiwe edidiyelwe yokuhlaziywa kwesakhiwo nokwenza imodeli ithuthukise ukuvumelanisa idatha ngama-50% futhi yehle isikhathi sokumodela ngama-30%. I-RISE izuze ukonga okungu-10% kuya ku-15% ngevolumu ekhonkolo, yehlisa izinga lekhabhoni lephrojekthi futhi yavumela imiklamo ukuthi iqedwe ngesikhathi ukuze ukwakhiwa kuqale ngoFebhuwari 2023.

9. Ukuqamba Okusha Ekumodeleni Nokuhlaziya I-Subsoil

I-ARCADIS. I-South Pier Bridge

• • Indawo: London, England, United Kingdom
  • Umhlahlandlela wephrojekthi: I-GeoStudio, iTwin, iLeapfrog, i-OpenBridge, i-OpenGround, i-PLAXIS, i-ProjectWise
  • WINNER

Kuhlongozwe ibhuloho eSouth Dock, eLondon, elizothuthukisa ukuxhumana kwasemadolobheni kanye nezokuthutha ezisimeme, futhi linciphise ukukhishwa kwekhabhoni. Le phrojekthi inezinselelo zobuchwepheshe kanye nezakhiwo ngenxa yendawo yayo endaweni ebonakalayo ephezulu.

I-Arcadis idale imodeli ehlanganisiwe nomthombo owodwa weqiniso, ihlanganisa indawo eyodwa futhi ibone ngeso lengqondo idatha yophenyo oluyisisekelo. Ngalokhu, bathole ukumelwa okunembile kwe-geology engaphansi komhlaba futhi bathuthukisa ukuhlaziywa kokuhlukahluka kwezwe, kanye nokunciphisa ububanzi bophenyo lwendawo ngo-30%, konga u-£70.

Balondoloze izinsiza zamahora angu-1000, okulingana no-12% wezindleko zokuklama, ngenxa yokusebenzisana kwezinhlelo zokusebenza nokuxhumana. Futhi baphinde banciphisa ikhabhoni ehlanganisiwe, baphinde basungula isisekelo sokuqapha ukwakhiwa nokulungiswa okusebenzayo, ukunciphisa umthelela wemvelo.

Ukuqinisekiswa kwamathuluzi okuphatha edijithali endaweni yokugcina izinsalela ze-OceanaGold's Waihi

• • Indawo: Waihi, Waikato, New Zealand
  • Umhlahlandlela wephrojekthi: GeoStudio, iTwin IoT, Leapfrog

I-OceanaGold yethule iphrojekthi yokuhlola yokuqinisekisa ukusetshenziswa kobuchwepheshe bedijithali ekuphathweni kwesikhungo sayo se-Waihi tailings storage (TSF) eNew Zealand. Bathathele indawo yezindlela ezenziwa ngesandla ngewele ledijithali elisuselwe emafini ukuze kuqashwe ukuwohloka okusebenzisanayo nokuqhubekayo. Bakhethe i-Seequent Central, Leapfrog Geo, GeoStudio kanye ne-iTwin IoT ukuthuthukisa amamodeli e-3D geological and geotechnical kanye namawele edijithali.

Inhlanganisela yedatha ebhekiwe neyesikhathi sangempela ngaphakathi kwewele ledijithali inikeza ipharadigm ebonakalayo yokuqonda kangcono ukuphepha kwempahla ebonakalayo. Isixazululo sinika amandla ukuphathwa kwamaminerali kanye nokubusa okusabela kakhudlwana, sinciphisa ubungozi bemithelela yemvelo noma yezenhlalo evela ku-TSF ezindaweni zase-Waikato nase-Bay of Plenty eNew Zealand.

SHESHA UND KOLLEGEN GMBH. Deutsche Bahn Neubaustrecke Gelnhausen – Fulda

• • Indawo: E-Gelnhausen, e-Hessen, eJalimane
  • Imanuwali yephrojekthi: I-Leapfrog, i-PLAXIS

Ukuze kuthuthukiswe ujantshi wesitimela i-Gelnhausen-Fulda endaweni yase-Rhine-Main e-Hesse futhi kuncishiswe izikhathi zokuhamba, kuhlongozwe umzila omusha wesivinini esiphezulu ozoqeda amabhodlela. UProf. Quick no-Kollegen benze uphenyo lwe-geotechnical ukuze bathole indlela engcono kakhulu yokukhethwa komzila futhi bahlole ukuthi kungenzeka yini i-geotechnical yamathaneli, kuyilapho kuvikela indawo ezungezile nomphakathi.

Bebhekene nezinkinga eziyinkimbinkimbi zokuthwebula nokuxhumanisa idatha enkulukazi nengaphansi komhlaba lapho bethuthukisa amamodeli adingekayo e-3D, baqaphela ukuthi badinga ukusungula ukuhamba komsebenzi kwe-BIM endaweni yedatha efanayo. Basebenzise i-PLAXIS ne-Leapfrog Works ukuze basungule indawo yedatha exhunyiwe kanye nomthombo owodwa wedatha ye-geotechnical.

Ngokwakhiwa kwemodeli yezwe ye-3D ehlanganisa amamitha angu-200 okuqoshwa ngayo izibalo ezinembile ze-geotechnical, kube nokwenzeka ukuhlola imithombo eyi-100, kuchazwe ubuningi bezinto ezimbiwe kanye nokulawula ubungozi bedijithali.

10. Ukuqamba Okusha Ekuhloleni Nokuqapha

ITALFERR SPA Iwele ledijithali lokuqapha kwesakhiwo se-St. Peter's Basilica

• • Indawo: I-Vatican City
  • Isoftware esetshenzisiwe: iTwin, iTwin Capture, LumenRT, MicroStation, OpenBuildings, OpenCities, ProjectWise
  • WINNER

I-Italferr yaqashwa ukuthi yakhe iwele ledijithali le-St. Peter's Basilica ukuze lilondolozwe. Le phrojekthi yayihilela ukuphathwa kwedatha okubanzi nokuhlola. Basebenzise ubuchwepheshe bokumodela be-3D namawele edijithali ukuze banqobe lezi zinselelo ezinyangeni eziyisithupha.

I-ProjectWise, i-iTwin Capture ne-MicroStation zisetshenziswe ukuphatha ama-terabytes amathathu edatha futhi zenze imodeli eyabiwe phakathi kwabantu abangu-30. Le ndlela yonga isikhathi futhi ilethe imodeli ngaphambi kwesikhathi esimisiwe. Njengamanje, uhlelo lokuqapha lwesakhiwo oluxhunywe kumawele edijithali luyathuthukiswa.

I-AVINEON INDIA P LTD. Ukuhlinzeka ngezinsizakalo zokumodela zaseKowloon East CityGML zoMnyango Wezemihlaba

• • Indawo: I-Hong Kong SAR, China
  • Isoftware esetshenzisiwe: I-iTwin Capture, i-MicroStation

Emzamweni wakhe wokuguqula i-Hong Kong ibe idolobha elihlakaniphile futhi ithuthukise ukuhlelwa kwamadolobha kanye nokulawulwa kwezinhlekelele, uhulumeni uqale iphrojekthi entsha yokwenza imephu yedijithali ye-3D. I-Kowloon East yaba yindawo yokuqala ekhethelwe ukwakhiwa kwamamodeli e-CityGML, amele izakhiwo nengqalasizinda.

I-Avineon India, ephethe ukucubungula nokukhiqiza lezi zinhlobo ze-3D, yayibhekene nenselele yokuhlanganisa amanani amakhulu edatha evela emithonjeni ehlukahlukene ibe izethulo ezinembile zengqalasizinda yasemadolobheni, konke endaweni eyodwa yedijithali. Ukwenza lokhu, babedinga isisombululo esibanzi esivumela ukuthwebula idatha, ukucubungula kanye nokumodela kwe-3D.

I-Avineon ikhethe i-iTwin Capture Modeler ne-MicroStation njengamathuluzi athandwayo okucubungula nokukhiqiza amamodeli e-CityGML. Ukwamukelwa kwenkundla ehlanganisiwe kunikeze amandla ukuhlanganiswa okungenazihibe kwedatha yesibaluli ehlukahlukene ngamafomethi amaningi, okuphumele ekuthuthukisweni okuphawulekayo kokuvumelana kwedatha nokunemba kwemodeli.

Njengomphumela walokhu kuqaliswa, ukuncishiswa kuka-20% esikhathini sokucubungula kanye nokongiwa kwezindleko okungu-15% kwafinyelelwa, ngaphezu kokwehla ngo-5% kwekhabhoni. Le miphumela ibonisa ukusebenza kahle nokusebenza kahle kwezinhlelo zokusebenza ezisetshenzisiwe.

UAB IT LOGIKA (DRONETEAM). I-DBOX M2

• • Indawo: I-Vilnius, Lithuania
  • Umhlahlandlela wephrojekthi: I-iTwin Capture, i-LumenRT, i-OpenCities

Idolobha lase-Vilnius likhethe i-DRONETEAM ukwenza iphrojekthi ebabazekayo yokumodela ye-3D ezingeni ledolobha. Ibhekene nezinselele ezikhona ekusetshenzisweni kwama-drones nokumodela kwedolobha, i-DRONETEAM iklame isixazululo esizenzakalelayo sokuqoqwa kwedatha nokumodela okungokoqobo, okungasebenzi emadolobheni kuphela, kodwa nasezingqalasizinda, ezolimo kanye nokuphepha. Bathuthukise i-DBOX, isiteshi esizimele se-drone, futhi bathembela kubuchwepheshe bokumodela obungokoqobo ukuze bacubungule idatha ibe yi-mesh enezinhlangothi ezintathu enembile.

I-DBOX, enikwa amandla yi-iTwin Capture Modeler, ithwebula izithombe ezinokulungiswa okuphezulu eziguqulwa zibe amamodeli e-3D anembayo ngenxa yama-algorithms athuthukile. Ukuhlanganiswa kwe-LumenRT, OpenCities kanye ne-ProjectWise kuvumele i-DRONETEAM ukuthi yonge u-30% emahoreni okusebenza onyaka. Lokhu kuguquguquka kwedijithali kugqugquzela ukusebenza kahle, ukubambisana nokusimama, kunciphisa ukukhishwa kwekhabhoni futhi kunciphise ukuphazamiseka emiphakathini.

11. Ukuqamba Okusha Ekudluliselweni Nokusabalalisa

Electrical Engineering CO., LTD. KUSUKA POWERCHINA HUBEI

• Uhlelo lokusebenza lwedijithali lomjikelezo wempilo ephelele kuphrojekthi yesiteshi esincane se-Xianning Chibi 500 kV
  • Indawo: I-Xianning, Hubei, China
  • Isoftware esetshenzisiwe: iTwin, iTwin Capture, LumenRT, OpenBuildings, Raceway kanye neCable Management, SYNCHRO
  • WINNER

Iphrojekthi yesiteshi esincane esingu-500 kilovolt i-Xianning Chibi e-Hubei ibalulekile ukuze kuhlangatshezwane nesidingo sikagesi sase-Xianning nokuthuthukisa igridi. Njengoba kubhekwa inkimbinkimbi yendawo kanye nesikhathi sokwakha esifushane, i-POWERCHINA ikhethe ukufakwa kwedijithali okuphelele kwephrojekthi ngemodeli ye-3D/4D kanye nobuchwepheshe bamawele edijithali.

Isebenzisa izinhlelo zokusebenza zokumodela ze-iTwin ne-3D/4D, i-POWERCHINA isungule indawo yokusebenzelana yedizayini yedijithali. Lesi sixazululo esididiyelwe sehlise umthelela wephrojekthi kumhlaba wezolimo futhi sasindisa i-CNY 2,84 million ngezindleko.

Ngaphezu kwalokho, kwagwenywa ukulungiswa kabusha kuka-50, okwanciphisa isikhathi sokwakha ngezinsuku ezingu-30. Iwele ledijithali lisiza ulwazi lwesikhathi sangempela lwezimpahla nokuphathwa okukhaliphile kweziteshi ezingaphansi.

ELIA. Ukuguqulwa kwedijithali kanye nobuchwepheshe bolwazi obuxhunyiwe ekwakhiweni kweziteshi ezingaphansi ezihlakaniphile

• • Indawo: EBrussels, eBelgium
  • Isoftware esetshenzisiwe: Descartes, iTwin, iTwin Capture, MicroStation, OpenUtilities, Pointools, Power Line Systems, ProjectWise, ProStructures

U-Elia, u-opharetha ohambisa ugesi waseBelgium, uzinikele ekwenzeni igridi ibe ngcono kanye nokuqinisekisa amandla aqhubekayo. Ukwenza lokhu, yenza uhlelo lwayo lokuphatha amafayela lube ngesimanjemanje kanye nezinqubo zobunjiniyela maqondana nenkundla yedijithali emaphakathi.

U-Elia ukhethe i-ProjectWise ukuthi iphathe amafayela akhe, ithuthukise ukusebenza kahle futhi yonge imali efika ku-€150.000 ngonyaka. Nge-OpenUtilities Substation kanye ne-iTwin, u-Elia angakwazi ukuklama iziteshi ezingaphansi ngendlela ephumelelayo futhi enze ukuhlaziya ngokusebenzisa imodeli eyingxubevange nokulingisa amawele edijithali, okungase kuphumele ekongeni okulinganiselwe kwamahora wezinsiza ezingu-30.000 ngonyaka. Ngobuchwepheshe obusebenzisanayo, kusiza ubunjiniyela obuhlakaniphile kanye nokugeleza komsebenzi wokuphatha okusebenzayo.

Qinghai KEXIN Electric Power Design Institute Co., Ltd. I-110kV Transmission and Transformation Project e-Deerwen, e-Guoluo Tibetan Autonomous Prefecture, Province of Qinghai, China

• • Indawo: I-Gande County, Guoluo Tibetan Autonomous Prefecture, Qinghai, China
  • Isoftware esetshenzisiwe: I-iTwin Capture, i-LumenRT, i-OpenBuildings, i-OpenRoads, i-OpenUtilities, i-ProStructures, i-Raceway kanye nokuphathwa kwekhebula

Kuhloswe ukunciphisa ukushoda kukagesi emadolobheni ayisithupha, ukuthuthukisa izinga lempilo futhi kugqugquzelwe ukukhula komnotho, kwaqalwa iphrojekthi ebalulekile esiteshini esingaphansi kwe-Deerwen esingu-110 kilovolt e-Qinghai, esithatha amahektha angu-3,8. Uma kubhekwa indawo enezintaba kanye nesimo sezwe esiyinkimbinkimbi, ithimba lephrojekthi lalidinga umklamo odidiyelwe kanye nesixazululo se-BIM.

Ithimba likhethe izinhlelo zokusebenza ezivuliwe, okuvumela idizayini ehlanganyelwayo kanye nokubuka ngeso kwesikhathi sangempela. Lokhu kuvumela idizayini ephucuziwe futhi ehlelekile yesiteshi esincane nezinsiza. Bakwazile ukuhlonza nokuxazulula ukushayisana okungu-657, banciphisa isikhathi sokuklama ngezinsuku ezingama-40 futhi bakhulisa ukusebenza kahle kokwakhiwa ngama-35%.

Idizayini ecophelelayo iholele ekongeni ngo-30% kokokusebenza kanye nokuncipha kwekhabhoni yephrojekthi. Amamodeli e-3D nedatha efakwe kudijithali kwakha isisekelo sokusebenza nokugcinwa okuhlakaniphile, ngaleyo ndlela kusungulwe ipharadigm entsha yamaphrojekthi embonini yamandla e-China.

12. Ukuqamba Okusha Emanzini Okuphuza Namanzi Angcolile

IZILAWULO ZEPROJEKTHI CUBED LLC. Iphrojekthi ye-EchoWater

• • Indawo: Sacramento, California, United States
  • Isoftware esetshenzisiwe: iTwin, LumenRT, OpenRoads, SYNCHRO
  • WINNER

I-EchoWater, umkhankaso omkhulu wengqalasizinda e-Sacramento, ihlose ukuthuthukisa ukwelashwa cishe kwamalitha ayizigidi eziyi-135 wamanzi angcolile ngosuku. Le phrojekthi, ehlanganisa amaphrojekthi amancane angama-22, ibhekene nezinselelo ezinkulu ngenxa yendawo yayo endaweni yokuhlanza amanzi angcolile esebenza ngokugcwele.

Ithimba lephrojekthi linqume ukusebenzisa i-SYNCHRO ne-iTwin ukuthuthukisa izixazululo zokwakha kanye newele ledijithali, elenze kwaba nokwenzeka ukulindela nokunciphisa izithiyo ezingaba khona. Ngenxa yaleli su, i-EchoWater yaqedwa ngokongiwa kwesabelomali sezigidi ezingu-400 zamaRandi, okuholele enzuzweni yabakhokhi bentela engaphezu kuka-$500 wezigidi. Imali ezongiwe izoxhasa uhlelo lwase-California Lokuvuna Amanzi, oluhlinzeka ngamanzi ahlanziwe aphinde agaywa kabusha embonini yezolimo e-Central Valley.

GEOINFORMATION SERVICES. Ukufinyelela okungama-24/7 emanzini ahlanzekile kwezomnotho ezisafufusa

• • Indawo: I-Ayodhya, Uttar Pradesh, India
  • Imanuwali yephrojekthi: I-OpenFlows

Ngenhloso yokuhlinzeka ngamanzi okuphuza aphephile nathembekile, i-Ayodhya Authority ibambisene ne-Geoinfo Services ukuthuthukisa uhlelo lokuhlinzeka ngamanzi anengcindezi. Le nethiwekhi entsha izoqinisekisa ukufinyelela emanzini okuphuza amahora angama-24 ngosuku futhi yehlise i-ANR ngama-35%. Ngale njongo, i-Geoinfo iphendukele ku-OpenFlows ukuze idale imodeli ye-hydraulic kanye newele ledijithali lohlelo lokuhlinzeka, isebenzisa amaphampu ahlukahlukene.

Ngenxa yobuchwepheshe, ukuncishiswa kwesikhathi sokuklama ngama-75% kanye nokwenza kahle kobubanzi bamapayipi kwafinyelelwa, okuholele ekongeni kwezigidi ezingu-2,5 zamadola. Inethiwekhi eyenziwe kahle idala ukonga minyaka yonke kwezigidi ezingu-$1,5 ezindlekweni zokusebenza kanye no-$46.025 ezindlekweni zamandla, ngaphezu kokuqeda amathani angu-347 okukhishwa kwekhabhoni ngonyaka. Leliwele ledijithali livumela ukuqapha okubonakalayo ngokuzethemba okungu-95%, okusiza ekuthathweni kwezinqumo kanye nokunciphisa ubungozi

UKWAKHIWA KWE-L&T. I-Rural Water Supply Scheme Yezindawo Ezihlukene Zase-Rajghat

• • Indawo: Ashok Nagar and Guna, Madhya Pradesh, India
  • Isoftware esetshenzisiwe: I-OpenFlows, i-OpenRoads, i-PLAXIS, i-STAAD

I-Rajghat Rural Water Supply Scheme ihlose ukuhlinzeka ngokunisela namandla ngohlelo lwamapayipi amakhilomitha ayi-7.890, okuhlomulisa abantu abayizigidi ezi-2,5. Ngaphandle kwezindawo eziyinselele kanye nomugqa wesikhathi wephrojekthi omfushane.

Ithimba lasebenzisa i-OpenFlows, i-PLAXIS ne-STAAD ukuze liqedele ubunjiniyela ngezinyanga ezine, lilondoloze u-50% ngesikhathi sokumodela futhi likhulise umkhiqizo izikhathi ezingu-32. Izinhlelo zokusebenza zithuthukise ukuklama nokuhlaziya, zehlisa usayizi wesisekelo futhi zanciphisa i-carbon footprint. Amamodeli e-3D nedatha izosetshenziselwa ukusebenza kwedijithali nokulungiswa.

Ikakhulukazi, kusukela I-AulaGEO Academy, sathintwa abanye abafundi abavela ezifundweni ezifana ne-SYNCHRO, i-OpenRoads ne-Microstation, izinkampani zazo ezazibambe iqhaza kulo mncintiswano. Njengoba Geofumadas.com Sizizwa sanelisekile ngokubamba iqhaza kokubili ekuqapheni ezinye zeziphakamiso kanye nokuxoxisana nabaphumelele esizeni emcimbini we-#YII2023 e-Singapore.

Sithemba ukuthi sizoba khona ngo-2024 futhi siqhubeke nokukulethela ulwazi olwengeziwe.

Mayelana nomklomelo

Imiklomelo Imiklomelo Yedijithali ku-Infrastructure kuwumncintiswano womhlaba wonke obona ukuthuthuka kwedijithali kungqalasizinda. Umgomo wayo ukukhuthaza ukusungulwa kanye nezindlela ezihamba phambili kwezobunjiniyela, ukuklama, ukwakha, ukusebenza nokulethwa kwephrojekthi, nokugubha umsebenzi ongajwayelekile wezinhlangano ezisiza ukuthuthukisa ingqalasizinda yomhlaba.

Amaphrojekthi aqokiwe ahlolwa yiphaneli yochwepheshe bemboni abazimele ukuze kutholwe abafinyelele kowamanqamu esigabeni ngasinye. Abafinyelele kowamanqamu bethula amaphrojekthi abo kumajaji, abezindaba kanye nalabo abahambele umcimbi Wonyaka Wengqalasizinda kanye Nemiklomelo Yedijithali Eqhubekayo. Abawinile bakhethwa yijaji futhi bamenyezelwe ngesikhathi somcimbi wemiklomelo.