부산대학교 도서관

In the present paper, the design concept, analysis parts, and fabrication method of an Eco-Kart Vehicle using AISI 4130(CHROMOLY) alloys have been presented. The modest four-wheeled go-kart vehicle design and used for the racer with no suspensions or differential and saves fuel consumption, due lightweight. The design elements of an eco kart for safety and comfort, as well as excellent energy savings. The Green kart model is considered after the materials used, testing, validation, and economic considerations. The primary objective of the training is to establish a comfortable and operational ground vehicle with a stiffer and torsion-free chassis. This article outlines the goals, generalizations, and different desirable calculations part used in the design of an Eco Kart. The several design configurations were selected in such a way that the Kart is simple to manufacture in every way. Finite Element Analysis (FEA) was performed using ANSYS software. However, the structural stability of the chassis frame was authenticated by trying to compare the results of an analysis to the standard values. The study looked at dynamic and static deflection, as well as various impacts loading on the chassis structure. Because the go-kart chassis is comprised of less material than a conventional automobile chassis, it should be able to withstand applied loads as well. As a result, the key considerations for an excellent go-kart chassis material are a strong foundation and lightweight.