مشروع البحث: INVESTIGATION OF MACHINABILITY OF MAGNESIUM ALLOYS (AZ91) UNDER NANO-PARTICULE ADDED CUTTING FLUID ENVIRONMENT
تحميل...
المساهمين
الممولين
رقم التعريف
121
الباحث
محمد مختار
الوصف
The strength-to-weight ratio achieved through its lightweight and relatively high durability positions magnesium-based alloys as one of the most preferred materials in numerous fields, ranging from the healthcare sector to industrial applications [1, 2]. Magnesium alloys, widely employed in the aerospace and automotive industries, find particular use in structural components, engine parts, and power transmission systems [3]. The necessity for these components to possess sufficient strength with minimal weight not only reduces fuel costs but also minimizes emission output, thereby positively impacting ecological concerns[4, 5] . Since pure magnesium lacks adequate strength, it necessitates alloying with various elements for use [6]. The AZ91 material, reinforced with aluminum and zinc elements, stands as one of the most utilized magnesium alloys in industrial applications[7] .