DETERMINATION OF MECHANICAL PROPERTIES FOR IMPACT AND BENDING A BUMPER SHOCK ABSORBER MADE OF STEEL COMPARED TO BUMPER SHOCK ABSORBER MADE FROM A NEW COMPOSITE MATERIAL FOR AUTOMOTIVE INDUSTRY - PART 2

Abstract

A current issue is related to increasing levels of environmental pollution and global warming caused by industrialization especially excessive burning of fossil fuels or liquid. This is due in part to motor vehicle fuel in the combustion process they eliminate environmentally harmful emissions. By reducing the weight of vehicles will be allowed to reduce the amount of energy needed to produce mechanical work. The purpose of this study is to design and create a new lightweight composite material used in the structure of automotive bumper shock absorber. This item is made of composite material and bumper shock absorber type was compared with the current bumper shock absorber made from steel. New laminated composite type must meet the standards of today, have minimized weight and impact absorption capacity at low speed.