应用型高校热工流体综合实验装置研制与应用
Development and Application for the Thermal-Fluid Comprehensive Experiment Platform of Applied University

为解决传统热工流体实验大多为演示性、验证性实验而不利于学生能力培养的问题，结合航空发动机涡轮叶片的内外冷却结构，创造性地自主研制了热工流体综合教学实验装置，并申请了国家发明专利“一种多功能热工流体综合实验测量设备及使用方法”。该实验装置创新结合了传热学、流体力学、工程热力学、工程测试技术和发动机构造等专业知识，开设多个综合性、设计性、开放性实验，实现热工流体课程理论知识的交叉复合与系统性的整体应用，有效提高学生工程实践能力与创新能力，有力提升了应用型人才培养质量。
In order to solve the problem that most of the traditional thermal fluid experiments are demonstration and verification experiments which is not conducive to the cultivation of students’ ability, the thermal-fluid comprehensive experiment platform was developed independently based on the comprehensive use of the thermal-fluid courses and the turbine blade cooling structure of an aero-engine. The national invention patent “A multi-functional thermal fluid comprehensive experimental measurement equipment and use method” was applied. Heat transfer, fluid mechanics, engineering thermodynamics, engineering testing technology and engine structure are used together by this thermal-fluid comprehensive experiment platform. Thermal-fluid comprehensive experiment platform can meet the needs of comprehensive experiment, design experiment, and open experiment. The theoretical knowledge of thermal-fluid courses can be cross-combined and systematically applied, and the engineering practical ability and innovation ability of college students can be effectively improved through the teaching reform of the thermal-fluid experiment. The quality of application-oriented personnel training is effectively improved.