摘 要
本次毕业设计专注于转子加热炉的设计研究。转子加热炉作为钢铁生产中的关键设备，其设计涉及热力学、燃烧理论和传热理论等多个领域。鉴于当前能源效率和环保要求的提升，优化转子加热炉设计显得尤为重要。
设计过程中，首先概述了转子加热炉的基本原理和功能，随后详细分析了选型原则及计算方法。基于这些设计准则与计算选型方法，按照给定的参数要求进行了具体的选型设计。在设计完成后，对所选择的转子加热炉的主要零部件进行了细致的校核，以确保其满足使用要求。
此次设计旨在开发一种高效、节能的加热设备，采用先进的热传导技术和优化的炉膛结构，提高加热效率，确保热量均匀分布。同时，引入了智能温控系统，增强设备的灵活性和适应性。研究成果不仅能提升转子加热炉的技术水平，还具有广泛的应用前景，适用于冶金、机械制造等多个行业。
关键词：转子加热炉；热力学；燃烧理论；传热理论；选型设计
Abstract
This graduation project focuses on the design and research of the rotor heating furnace. As the key equipment in steel production, the design of rotor heating furnace involves many fields such as thermodynamics, combustion theory and heat transfer theory. In view of the current energy efficiency and environmental requirements, it is particularly important to optimize the design of rotor heating furnace.
In the design process, the basic principles and functions of the rotor heater are summarized, and then the selection principles and calculation methods are analyzed in detail. Based on these design criteria and calculation selection methods, the specific selection design is carried out according to the given parameter requirements. After the design is completed, the main parts of the selected rotor heating furnace are carefully checked to ensure that they meet the requirements of use.
The design aims to develop an efficient and energy-saving heating equipment, using advanced heat conduction technology and optimized furnace structure to improve heating efficiency and ensure uniform distribution of heat. At the same time, the intelligent temperature control system is introduced to enhance the flexibility and adaptability of the equipment. The research results can not only improve the technical level of the rotor heating furnace, but also have a wide range of application prospects, suitable for metallurgy, machinery manufacturing and other industries.
Key words: rotor heating furnace; thermodynamics; combustion theory; heat transfer theory; type selection design
