austenitizing.
If this eutectoid steel is then cooled very slowly to just above the eutectoid temperature, its structure will remain austenitic. Further cooling to the eutectoid temperature of just below it will cause the entire structure to transform from austenite to a lemellar structure of alternate plates of ferrite and cementite (Fe3C). Thisaustenitizing.
If this eutectoid steel is then cooled very slowly to just above the eutectoid temperature, its structure will remain austenitic. Further cooling to the eutectoid temperature of just below it will cause the entire structure to transform from austenite to a lemellar structure of alternate plates of ferrite and cementite (Fe3C). Thisaustenitizing.
If this eutectoid steel is then cooled very slowly to just above the eutectoid temperature, its structure will remain austenitic. Further cooling to the eutectoid temperature of just below it will cause the entire structure to transform from austenite to a lemellar structure of alternate plates of ferrite and cementite (Fe3C). Thisaustenitizing.
If this eutectoid steel is then cooled very slowly to just above the eutectoid temperature, its structure will remain austenitic. Further cooling to the eutectoid temperature of just below it will cause the entire structure to transform from austenite to a lemellar structure of alternate plates of ferrite and cementite (Fe3C). This
المادة المعروضة اعلاه هي مدخل الى المحاضرة المرفوعة بواسطة استاذ(ة) المادة . وقد تبدو لك غير متكاملة . حيث يضع استاذ المادة في بعض الاحيان فقط الجزء الاول من المحاضرة من اجل الاطلاع على ما ستقوم بتحميله لاحقا . في نظام التعليم الالكتروني نوفر هذه الخدمة لكي نبقيك على اطلاع حول محتوى الملف الذي ستقوم بتحميله .
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