"半自动液压专用铣床液压系统设计与理论应用研究"

This graduation design project focuses on the hydraulic design of a special semi-automatic hydraulic milling machine. The main objective of this design is to integrate the knowledge acquired during the course of study with the use of auxiliary materials to develop a comprehensive understanding of the correct design principles and methods. The design process aims to consolidate, deepen, and expand the knowledge acquired, while fostering a practical approach to theoretical concepts and independent work skills. Additionally, the design project also aims to develop fundamental skills such as creating assembly drawings and detailed part drawings. The design project comprises seven main components: selection of parameters, formulation of design schemes, hydraulic system design, and subsequent verification calculations. Through this graduation design, the individual has honed their ability to think independently and adopt a rigorous approach to learning. Furthermore, the project has provided an opportunity to understand the working principles and overall structure of a semi-automatic special hydraulic milling machine. It has also reinforced the idea that learning is a continuous process of accumulation and improvement, which is essential for personal and professional development in the future. Keywords: Hydraulic design; Semi-automatic; Milling machine; Semi-automatic hydraulic milling machine system design.