Investigation on Geometric parameter of floating platform movement using air pressure

Abstract

A floating platform in the air is widely used in the industry nowadays. This platform is used as the transportation medium for some industries or parties. The problem that always occurs for transporting loads previously is the vibration that can affect the quality of the product. Therefore, the concept of non-contacting between surfaces of platform achieved almost zero friction can extend the life span of the product. This study is to investigate the geometric parameter of floating platform movement using air pressure. The development of design parameters of platform without external forces applied is investigated with the configuration of feeding holes on platform, the variation of load applied, and the pressure used. The distances moved and times taken of movement by platform are analysed for locomotion in mid-air without external forces applied. Designed platform with 6 bar of air pressure supply showed the shortest time taken for the platform to reach at the set up distance.