Influence of chemical composition on wear and corrosion resistances of centrifugally cast Ü - aluminum bronze alloys /
Mohamed Khalil Hassan Mohamed Atwa
Influence of chemical composition on wear and corrosion resistances of centrifugally cast Ü - aluminum bronze alloys / تأثير التحليل الكيميائى على مقاومتى البرى والتآكل الكيميائى لسبائك برونز الألومنيوم - Ü المصبوبة بطريقة الطرد المركزى Mohamed Khalil Hassan Mohamed Atwa ; Supervised Yehia M. S. Shash , Ragaie M. Rashad - Cairo : Mohamed Khalil Hassan Mohamed Atwa , 2010 - 65P. : charts , facsimiles ; 30cm
Thesis (M.Sc.) - Cairo University - Faculty of Engineering - Department of Mechanical Design and Production
The present work aims to study the effect of aluminum and iron contents on the mechanical properties wear and corrosin resistances of centrifugally cast Ü - aluminum bronze alloys . The experimental work was conducted on three groups of Ü - aluminum bronze alloys with varying aluminum contents ( 3.4% , 5.5% and 7.5% respectively ) while different contents of iron ranging from ( 0% to 4% respectively ) were added to the previously mentioned combinations of aluminum contents
Aluminum bronze Copper alloys Corrosion
Influence of chemical composition on wear and corrosion resistances of centrifugally cast Ü - aluminum bronze alloys / تأثير التحليل الكيميائى على مقاومتى البرى والتآكل الكيميائى لسبائك برونز الألومنيوم - Ü المصبوبة بطريقة الطرد المركزى Mohamed Khalil Hassan Mohamed Atwa ; Supervised Yehia M. S. Shash , Ragaie M. Rashad - Cairo : Mohamed Khalil Hassan Mohamed Atwa , 2010 - 65P. : charts , facsimiles ; 30cm
Thesis (M.Sc.) - Cairo University - Faculty of Engineering - Department of Mechanical Design and Production
The present work aims to study the effect of aluminum and iron contents on the mechanical properties wear and corrosin resistances of centrifugally cast Ü - aluminum bronze alloys . The experimental work was conducted on three groups of Ü - aluminum bronze alloys with varying aluminum contents ( 3.4% , 5.5% and 7.5% respectively ) while different contents of iron ranging from ( 0% to 4% respectively ) were added to the previously mentioned combinations of aluminum contents
Aluminum bronze Copper alloys Corrosion