"新型电动观光车车身骨架设计技术与原则分析"

This graduation design project focuses on the design of the chassis of a new type of electric sightseeing car. The body design is a crucial aspect of car design, as it directly impacts the visual appeal of the vehicle. In the context of the electric sightseeing car, the chassis plays a vital role in determining the overall structure and performance of the vehicle. The chassis is divided into six main parts: front, rear, left, right, top cover, and frame. To complete this project, design software such as CATIA and Auto CAD were utilized. By combining the capabilities of these two software programs, the required chassis design was successfully completed. The project involved analyzing the chassis and adhering to specific design principles, as well as designing key components of the vehicle body. The application of chassis design techniques to the design of electric sightseeing cars is significant and offers valuable insights for the overall design of such vehicles. The project not only emphasizes the technical aspects of chassis design but also considers the aesthetic and functional elements that are essential for creating an innovative and visually appealing electric sightseeing car. Overall, this project contributes to the advancement of electric sightseeing car design and provides a solid foundation for future developments in this field. The detailed analysis of the chassis design and the incorporation of innovative features showcase the potential for creating efficient, stylish, and reliable electric sightseeing cars. The project serves as a valuable reference for designers and engineers seeking to enhance the performance and aesthetics of electric vehicles.