Abstract One important component in a vehicle is the braking system. The main function of system to provide deceleration stop speed. part brake lining. But know physical condition lining, it necessary dismantle wheel and components. So that one initial stages development make an application can predict remaining life lining without having do demolition. Therefore, this study will design calcula...

Borax which is an important boron compound, a mineral, and salt of boric acid, used as fire retardant insulating material. The most reac-tion in automobile brake systems heat generation from friction. gen-erated at the interface disc lining may cause deformation materials forming lining. Therefore, phenomena such wear fade be occurred. aim this study to reveal positive effects borax additive on...

A new, systematic approach to the design-evaluation-test product development cycle is described wherein the vehicle design and simulation environments are integrated. This methodology is applied to brake mechanical design and material selection. Time-domain computations within a vehicle dynamic simulation environment account for brake and lining geometry and material properties, actuator proper...

Asbestos-containing brake linings were used in heavy-duty construction equipment such as tractors, backhoes, and bulldozers prior to the 1980s. While several published studies have evaluated exposures to mechanics during brake repair work, most have focused on automobiles and light trucks, not on heavy agricultural or construction vehicles. The purpose of this study is to characterize the airbo...

An ideal brake lining, which provides uniform and stable friction under all the operating conditions without any fade. The significance of material in handling earth moving machinery, commonly used earlier contained asbestos as base mainly because its property to resist deformation action heat generated due friction. This review focuses on analysis lining other materials for band application. m...

The product development process usually encompasses a very complex and interdisciplinary environment in which product is seen by different views related with the life-cycle functions. An approach based on information models can provide an integrated view of the product, supporting also product information and knowledge (I&K) reuse acquired in previous development processes. This paper discusses...