تحسين قوة الشد للمواد المركبة ZA-27/SiC المصنعة بطريقة الصب بالتحريك
محتوى المقالة الرئيسي
الملخص
باستخدام برنامج Minitab الإحصائي، استُخدم تصميم التجربة (DOE) لإجراء دراسات بتصميم تجريبي إحصائي عاملي ثنائي المستوى. دُرس تأثير ثلاث معاملات، وهي نسبة جسيمات كربيد السيليكون (X1)، وسرعة التحريك (X2)، وزمن التحريك (X3)، على خصائص الشد لـ ZA-27 المُحسَّن بكربيد السيليكون. صُهرت السبيكة باستخدام عملية الصب بالتحريك لصنع مادة مركبة. بعد ذلك، استُخدمت نسب متفاوتة من جسيمات كربيد السيليكون (0 و5%)، وسرعات دوران (300 و900 دورة في الدقيقة)، وأزمنة تحريك (30 و60 دقيقة) لتحريك المعدن المنصهر. أظهرت نتائج الانحدار توافقًيا مُرضيًا لتباين النموذج لكلٍّ من جسيمات كربيد السيليكون (X1) وسرعة التحريك (X2). كانت القيمة الاحتمالية لكل معامل أقل من 0.005، وهي دلالة إحصائية. تَبيّن أن العوامل X1 = 5wt% ، وX2 = 900 rpm ، وX3 = 60min. ، تُوفِّر أقصى مقاومة شد قدرها 465 ميجا باسكال. وتُعَدُّ مقاومة الشد (465.5 ميجا باسكال) المُكتسبة عمليًا باستخدام قيم X1 وX2 وX3 مُتطابقة تقريبًا مع تلك المُستقاة من البرنامج.
تفاصيل المقالة
القسم
كيفية الاقتباس
المراجع
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