Aluminum gami a cikin aikace-aikacen dandamali na helikwafta na teku
Ana amfani da ƙarfe a matsayin kayan gini na farko a wuraren hako mai a teku saboda ƙarfinsa. Duk da haka, yana fuskantar batutuwa kamar lalata da ɗan gajeren rayuwa lokacin da aka fallasa yanayin ruwa. A cikin abubuwan more rayuwa don haɓaka albarkatun mai da iskar gas a cikin teku, wuraren saukar jiragen sama masu saukar ungulu suna taka muhimmiyar rawa wajen sauƙaƙe tashin jirgi da saukar jiragen sama, wanda ke zama muhimmiyar hanyar haɗi zuwa babban yankin. Ana amfani da na'urori masu saukar ungulu masu saukar ungulu na Aluminum saboda suna da nauyi, suna da kyakkyawan ƙarfi da ƙarfi, kuma suna biyan buƙatun aikin da ake buƙata.
Aluminum alloy helikwafta dandamali sun ƙunshi firam da bene da aka yi da haɗe-haɗe da bayanan bayanan alloy na aluminum tare da siffar giciye mai kama da harafin "H," tare da cavities farantin ribbed dake tsakanin faranti na sama da na ƙasa. Ta hanyar amfani da ka'idodin injiniyoyi da ƙarfin lanƙwasa bayanan bayanan alloy na aluminum, dandamali ya cika buƙatun aiki yayin rage nauyin kansa. Bugu da ƙari, a cikin yanayin ruwa, dandamali na helicopter na aluminum gami yana da sauƙin kulawa, suna da juriya mai kyau, kuma, godiya ga ƙirar bayanan da suka taru, ba sa buƙatar walƙiya. Wannan rashin walda yana kawar da yankin da zafi ya shafa da ke da alaƙa da walda, yana tsawaita rayuwar dandamali da kuma hana gazawar.
Aikace-aikace na aluminum gami a cikin LNG (Liquefied Natural Gas) jigilar kaya
Yayin da ake ci gaba da bunkasa albarkatun mai da iskar gas a cikin teku, yawancin manyan wuraren samar da iskar gas da buƙatun suna da nisa kuma galibi suna raba su da manyan tekuna. Don haka, hanyar farko ta jigilar iskar gas ta hanyar jiragen ruwa masu tafiya zuwa teku. Zane-zanen tankunan ajiya na LNG yana buƙatar ƙarfe tare da kyakkyawan aiki mai ƙarancin zafi, da isasshen ƙarfi da ƙarfi. Aluminum alloy kayan suna nuna ƙarfi mafi girma a ƙananan yanayin zafi idan aka kwatanta da zafin jiki, kuma kayan aikinsu masu nauyi ya sa su dace don amfani da su a cikin yanayin ruwa, inda suke da tsayayya ga lalata.
A cikin kera jiragen ruwa na LNG da tankunan ajiya na LNG, ana amfani da alluran aluminium 5083 sosai, musamman a Japan, daya daga cikin manyan masu shigo da iskar gas. Japan ta gina jerin tankuna na LNG da jiragen ruwa na jigilar kayayyaki tun daga shekarun 1950 zuwa 1960, tare da babban tsarin jikin gabaɗaya da 5083 aluminum gami. Yawancin allunan aluminium, saboda ƙarancin nauyinsu da kaddarorin juriya, sun zama kayan aiki masu mahimmanci don manyan sifofin waɗannan tankuna. A halin yanzu, kamfanoni kaɗan ne kawai a duk duniya zasu iya samar da kayan aluminium masu ƙarancin zafin jiki don tankunan ajiyar jirgin ruwa na LNG. Gilashin aluminium na 5083 na Japan, tare da kauri na 160mm, yana nuna kyakkyawan ƙarancin zafi da juriya.
Aikace-aikacen allo na aluminum a cikin kayan aikin jirgin ruwa
Kayan aikin jirgin ruwa kamar gangways, gadoji masu iyo, da hanyoyin tafiya ana ƙirƙira su daga bayanan bayanan allo na 6005A ko 6060 ta hanyar walda. Ana gina magudanan ruwa masu iyo daga welded 5754 aluminum gami faranti kuma basu buƙatar fenti ko maganin sinadarai saboda gininsu na ruwa.
Aluminum gami rawar soja bututu
Aluminum gami rawar soja bututu da aka fi so ga low yawa, nauyi, high ƙarfi-to-nauyi rabo, low da ake bukata karfin juriya, karfi tasiri juriya, mai kyau lalata juriya, da kuma low frictional juriya a kan rijiyar ganuwar. Lokacin da ƙarfin injin hakowa ya ba da izini, yin amfani da bututun haƙowa na aluminum na iya samun zurfin zurfin da bututun rawar sojan ƙarfe ba za su iya ba. An samu nasarar yin amfani da bututun haƙoran ƙarfe na Aluminum wajen haƙar man fetur tun daga shekarun 1960, tare da aikace-aikace masu yawa a tsohuwar Tarayyar Soviet, inda suka kai zurfin 70% zuwa 75% na jimlar zurfin. Haɗuwa da fa'idodin manyan abubuwan haɗin gwiwar aluminum da juriya ga lalatawar ruwan teku, bututun gami da bututun ƙarfe na aluminium suna da fa'ida mai mahimmanci a cikin injiniyan ruwa a kan dandamalin hako ruwa na teku.
May Jiang ta gyara daga MAT Aluminum
Lokacin aikawa: Mayu-07-2024
