Numerical structure analysis of air purifier bike with frame designs and materials variation

Abstract

The design and manufacture of air purifier bike for city residents in this case is an effort of the research team to contribute to the community in terms of reducing urban air pollution as a result of the increasing number of motorized vehicles on the roads as well as the growing of industrial activities that are rapidly increasing. The effect of motor vehicle exhaust gases on the road has caused a serious decline in the health of city residents. Based on previous experience regarding the design and prototype of tandem bicycles, both the tandem connector and the sliding tandem bike, as well as analyzing the airflow for cooling the room, the research team carried out the design and manufacture of air purifier bike (APB). Exploration of the design and material of the APB frame is carried out to obtain the best possible illustration frame design for realization them. Numerical analysis of the structure carried out includes observations of changes in frame design, wall thickness and diameter as well as pipe material. Information about the stresses and displacement that occur at the APB frame for various variables will be obtained which will then guide the designer to design, prototyping and development of the APB.