The effect of aluminum oxide on developed non asbestos organic frictional composite materials for automotive brakes /
Shimaa Antr Esmail Abed Elgwaad
The effect of aluminum oxide on developed non asbestos organic frictional composite materials for automotive brakes / دراسة تأثير اكسيد الالومنيوم على المواد الاحتكاكية المركبة الخالية من الاسبستوس المستخدمة فى تيل الفرامل Shimaa Antr Esmail Abed Elgwaad ; Supervised Ali Ahmed Khattab , Badr Shaban Azzam , Ramdan Elsayed Soiedy - Cairo : Shimaa Antr Esmail Abed Elgwaad , 2010 - 95P. : charts , facsimiles ; 30cm
Thesis (M.Sc.) - Cairo University - Faculty of Engineering - Department of Mechanical Design and Production
Develop and test a new proposed material in the laboratory to satisfy the requirements of the automotive braking systems . The mechanical tribological characteristics and noise characteristics of this proposed material are experimentally investigated . The resulte are presented and discussed . The conclusions drawn from the investigation show that the developed asbestos - free composite material has proved to meet successfully the requirements of the disc brake for passenger cars trains and vehicle trucks
Automotive braking Mechanical Tribological characteristics
The effect of aluminum oxide on developed non asbestos organic frictional composite materials for automotive brakes / دراسة تأثير اكسيد الالومنيوم على المواد الاحتكاكية المركبة الخالية من الاسبستوس المستخدمة فى تيل الفرامل Shimaa Antr Esmail Abed Elgwaad ; Supervised Ali Ahmed Khattab , Badr Shaban Azzam , Ramdan Elsayed Soiedy - Cairo : Shimaa Antr Esmail Abed Elgwaad , 2010 - 95P. : charts , facsimiles ; 30cm
Thesis (M.Sc.) - Cairo University - Faculty of Engineering - Department of Mechanical Design and Production
Develop and test a new proposed material in the laboratory to satisfy the requirements of the automotive braking systems . The mechanical tribological characteristics and noise characteristics of this proposed material are experimentally investigated . The resulte are presented and discussed . The conclusions drawn from the investigation show that the developed asbestos - free composite material has proved to meet successfully the requirements of the disc brake for passenger cars trains and vehicle trucks
Automotive braking Mechanical Tribological characteristics