Aluminiyam ingxubevangesisixhobo sentsimbi esithandwayo sokwenziwa kwenxalenye ekhaphukhaphu kwi-aerospace, imoto, kunye nemizi-mveliso yezixhobo ngenxa yeepropathi zayo ezilungileyo zomzimba, ezinje ngoxinaniso oluphantsi, amandla athile aphezulu, kunye nokunganyangeki kakuhle komhlwa. Nangona kunjalo, ngexesha leenkqubo zokubumba, ukuzaliswa ngaphantsi, ukugoqa, umgca ophukileyo, i-crack, ingqolowa enqabileyo, kunye nezinye i-macro- okanye i-microdefects zenziwe lula ngenxa yeempawu ze-deformation ye-aluminium alloys, kubandakanywa nommandla wokushisa onqabileyo, ukutshatyalaliswa kobushushu okukhawulezayo ukufa, ukunamathela okuqinileyo, uvakalelo oluphezulu lobunzima, kunye nokumelana nokuhamba okukhulu. Ke ngoko, kuthintelwe kakhulu kwinxalenye engumgunyathi ukufumana imilo echanekileyo kunye nepropathi eyandisiweyo. Kweli phepha, inkqubela phambili kwitekhnoloji yokwenziwa ngokuchanekileyo kwenxalenye ye-aluminium alloy yaphononongwa. Iitekhnoloji ezininzi ezichanekileyo eziphucukileyo eziphucukileyo ziphuhlisiwe, kubandakanya ukufakela ukufa okuvaliweyo, ukufakwa kwe-isothermal kufa, ukulayishwa kwendawo, ukuhamba kwesinyithi kunye nomgodi wokukhulula, amandla ancedisayo okanye ukulayisha ukungcangcazela, ukubunjwa kwe-hybridi yokuphosa, kunye nokwakheka kwe-hybridi yokunyathela. Amacandelo e-alloy ye-aluminium echanekileyo ephezulu inokuqondwa ngokulawula iinkqubo zokubumba kunye neeparitha okanye ukudibanisa ukuchaneka kobugcisa bokwenza ubuchwephesha kunye nobunye ubuchwephesha bokubumba. Ukuphuhliswa kobu buchwepheshe bunenzuzo ekukhuthazeni ukusetyenziswa kwe-alloys ye-aluminium ekwenzeni iindawo ezilula.