Towards optimum carbon nanotube (CNT) size and treatment for enhancing the mechanical properties of aluminum-CNT composites /
Mohamed Taher Zaki Hassan
Towards optimum carbon nanotube (CNT) size and treatment for enhancing the mechanical properties of aluminum-CNT composites / نحو أمثل حجم و معالجة للأنابيب النانونية الكربونية لتحسين الخواص الميكانيكية للمواد المركبة من الألومنيوم و الأنابيب النانونية الكربونية Mohamed Taher Zaki Hassan ; Supervised Sayed M. Metwalli , Amal K. Esawi - Cairo : Mohamed Taher Zaki Hassan , 2011 - 101 P. : plans ; 30cm
Thesis (M.Sc.) - Cairo University - Faculty of Engineering - Department of Mechanical Design and Production
Aluminum-CNT composites are receiving growing interest from researchers because they provide good potential for light-weight high-strength materials. Since high energy ball milling has become one of the most effective techniques used to disperse CNTs in the Almatrix, the effect of ball milling on CNT structure is studied. Different types of CNTs were ball milled using different milling conditions
Aluminum Carbon nanotubes Composites
Towards optimum carbon nanotube (CNT) size and treatment for enhancing the mechanical properties of aluminum-CNT composites / نحو أمثل حجم و معالجة للأنابيب النانونية الكربونية لتحسين الخواص الميكانيكية للمواد المركبة من الألومنيوم و الأنابيب النانونية الكربونية Mohamed Taher Zaki Hassan ; Supervised Sayed M. Metwalli , Amal K. Esawi - Cairo : Mohamed Taher Zaki Hassan , 2011 - 101 P. : plans ; 30cm
Thesis (M.Sc.) - Cairo University - Faculty of Engineering - Department of Mechanical Design and Production
Aluminum-CNT composites are receiving growing interest from researchers because they provide good potential for light-weight high-strength materials. Since high energy ball milling has become one of the most effective techniques used to disperse CNTs in the Almatrix, the effect of ball milling on CNT structure is studied. Different types of CNTs were ball milled using different milling conditions
Aluminum Carbon nanotubes Composites