An ƙididdige ƙimar karya ƙarfin mai gudanarwa bisa ƙarfin duk abubuwan aluminum guda wayoyi da ƙarfafawa. Duk da haka, ainihin ƙarfin birki ya karkata daga ƙimar ƙididdiga ta gaskiya. Babban dalilin haka shi ne ƙarfin kowace waya ɗaya ba a cika amfani da ita ba. Saboda haka, lokacin zayyana samfurin ba kawai don biyan mafi ƙarancin buƙatun ƙarfinsa ba har ma don la'akari da yadda ƙarfin kowace waya ɗaya ke fitarwa.. Ba wai kawai shine cikakken amfani da kayan ba, amma gaba daya aikin wayar kuma za a inganta sosai.
Tare da ci gaba da haɓaka tsarin wutar lantarki, daban-daban sababbin kayayyaki sun shigo zama, kamar karfe core aluminum strand, aluminum-clad karfe core aluminum strand, aluminum-clad karfe core aluminum gami strand, aluminum gami da igiya, aluminum alloy core aluminum strand, aluminum-clad karfe core zafi-resistant aluminum gami strand, riƙaƙa. Duk da haka, Gabaɗayan aikin tensile ya kasance babban al'amari a cikin ƙirƙira samfuran igiyoyin sama.
Aluminum alloy core aluminum strand gabaɗayan ƙwarewar haɓaka aiki
Na farko, daga karfi, daidaita daidaiton kowane layi daya.
Kowane layi daya gwargwadon girman ƙarfinsa, matakin damuwa ya bambanta. Kamar yadda firikwensin tashin hankali ke da mafi kyawun kewayon juzu'i, fiye da kewayon sa ba kawai zai lalata kayan aiki ba amma kuma yana haifar da sabani a cikin bayanan. Layin aluminum guda ɗaya shima iri ɗaya ne, Ƙarfin daban-daban na layin aluminum guda ɗaya akan damuwa na matakin ɗaukar nauyi shima ya bambanta. Lokacin da waɗannan ɓangarorin ƙarfi na layin guda ɗaya suka makale tare, an rarraba damuwa daidai gwargwado ga kowane layi daya. Ƙarfin layin guda ɗaya zai zama ƙananan isa don ɗaukar mataki na farkon karaya, yayin da ƙarfin layi ɗaya ba zai taka rawarsa ba. Saboda haka, Ƙarfin matsanancin bambanci shine mahimmancin siga don gwada amfani da kayan aikin injiniya.
Na biyu, daga elongation da sashi diamita rabo don daidaita elongation da sashin diamita rabo na girman.
Ƙwaƙwalwar waya na karfe a kan dukkanin abubuwan da ke da tasiri na tasiri kuma yana da kyau. Gwaje-gwaje da yawa sun tabbatar da cewa gabaɗayan ƙarfin juzu'i na madaurin aluminium ɗin ƙarfe da aka yi da ƙarfe na aluminium yana da sauƙin gazawar lamarin.. Babban dalilin wannan shi ne cewa elongation na aluminum-clad karfe ne ma kananan. Abubuwan inji na waya na aluminium na ƙimar amfani sun yi ƙasa da ƙasa. Lokacin da wayar aluminium ta makale, ƙarami farar, mafi kyawun ductility. Mafi girma da elongation da ake bukata na karfe waya. The elongation na aluminum-sanya karfe waya ne game da 1.0, da kuma aluminum waya kuma game da 1.0, tare da adadin fadada filin da aka makale, da elongation na karfe waya ne nisa daga isa. Saboda haka, da waya zane na aluminum-sanya karfe waya iya daidai ƙara da farar rabo, rage rata tsakanin aluminum-clad karfe waya da aluminum elongation waya, kuma mafi wasa da inji Properties na aluminum waya. A takaice, aluminum waya elongation + saboda farar elongation = karfen waya elongation.
Na uku, daga tsarin tsarin tsarin layi ɗaya, elongation ne mafi girma a cikin outermost Layer na tsari.
Gwajin ya tabbatar da cewa yawancin karaya mai layi ɗaya ya karye a cikin mafi girman Layer. Ƙwaƙwalwar Layer na waje shima muhimmin abu ne da ke shafar ƙarfin birki gabaɗaya. Lokacin da ƙarfin waya ɗaya ya tabbata, mafi girma da elongation, mafi girma ƙarfin ɗayan kayan injin waya ɗaya za'a iya haɓakawa.
Mafi yawan aikin waya na yanzu ba a cika yin wasa ba, gefe yana da girma, tsarin tsari ne mai tsawo na ganowa, yana buƙatar gwaje-gwaje da yawa da nazarin bayanai, a nan ne kawai ra'ayi, nauyi a aikace. A takaice, a cikin zane na samfurori, matuƙar manufa shi ne a cikin waya elongation zuwa 1%, duk layin guda ɗaya na iya yin wasa zuwa sakamako mafi kyau don aikin gabaɗaya na waya zai zama babban ci gaba.
