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    Investigation of the Role of Fiber Reinforcement on the Performance of Rubber Based Friction Material

    , M.Sc. Thesis Sharif University of Technology Arjmand, Mohammad (Author) ; Shojaei, Akbar (Supervisor)
    Abstract
    Friction composites, as a part of vehicle safety system, should hold some characteristics such as high wear resistance, low weight, durability, low noise, stable friction coefficient, availability and low price. It is very interested to use mixture of rubber and resin in friction materials to reach good properties of both rubber and resin simultaneously. This mixture is especially used in railway’s brake pads. Fibrous reinforcement is another important ingredient in friction composites. Asbestos used to be the most significant fibrous reinforcement due to its appropriate tribological specifications but the recent ban on asbestos by environmental protection agency has forced the friction... 

    Effect of Carbon Fiber on Frictional and Wear Properties of Automotive Brake Pads

    , M.Sc. Thesis Sharif University of Technology Ahmadi Joukani, Farhad (Author) ; Shojaei, Akbar (Supervisor)
    Abstract
    In the recent decade, composites have been used in safety system of automobiles due to important characteristics such as high wear resistant and durability, low weight and also low noise pollution, stable friction coefficient, availability and low cost. In recent years, composites have attracted the attention of brake pads manufacturers because of their appropriate thermal and mechanical properties. Fibers play an important role in these material. Carbon fiber due to its features such as high strength, acceptable module, proper heat transfer coefficient and excellent resistant against thermal degradation has been considered by the experts but there is not any comprehensive research on...