selection principles wepDaj: wa'DIch paQDI'norgh luchenmoHmeH Hoch functional requirements, tlha' pong HoS requirements pa' tagha' economy qel ghom.
wepDaj yoDSutlIj naQ carbon wepDaj yoDSutlIj naQ versatility, largest amount yoDSutlIj naQ. yoDSutlIj naQ carbon je 0.60 vatlhvI' ~0.90 vatlhvI' 0.3 vatlhvI' 'ej ~1.20 manganese relatively 'eS cost lo' vatlhvI'. ghaH Saturjaj alloy elements, chel. carbon wepDaj yoDSutlIj naQ wire pagh processing pong treatment tuj appropriate, HoS tensile SoHvaD jen, yap toughness 'ej fatigue QaQ yIn laH poHlIj. jaS hardenability yoDSutlIj naQ, qaStaHvIS 'eS carbon wire, relaxation bang je corrosion-resistant yIqaw vIvup, youngand vIlopQo' jay' 39 tI s modulus Hat coefficient (porghDaj moH 300 x 10-6 ghap), applies manufacturing 'ay' working mach, 'eS Hat (120 ℃ andgt;) wepDaj.
wepDaj yoDSutlIj naQ alloy 0.45 vatlhvI' Sev ~0.70 vatlhvI' carbon 'ej elements such as be amount si, mn, cr, LUT VAGH, w 'ej b alloying. wa'vatlh significantly yoDSutlIj naQ Hat, yuQmeyDaq yIteb 'ay', jen Hat wepDaj manufacturing 'ej hardenability Dub yoDSutlIj naQ, toughness puS Dub elements Dub wepDaj yoDSutlIj naQ-relaxation, resistance alloying addition.
