Teaching Plan:2~3周，课堂模块（4学时） 6~7周，操作实践模块（4学时） 8~9周，实验模块（8学时）

Leader of Teaching Group:Meiyin Zhu

Course Introduction:“Experimental Study on High-Altitude Environment Simulation and Temperature Sensor Dynamics”is a comprehensive experimental course designed for students majoring in Energy and Power Engineering, Aeronautical Engineering, Transportation, Mechanical Engineering, and related disciplines. This course aims to utilize a small-scale high-altitude simulation test rig and a recirculating wind tunnel to help students master the techniques for simulating key physical parameters of high-altitude environment

Venue:Beihang Hangzhou Campus

Schedule:2-3、6-7周，周三第11~12节；8-周 周三第11~14节

Testing Method:Regular assignments and attendance (20%) + Laboratory operation and performance (40%) + Experimental report and summary (40%)

Target Students:Master/PhD Students

Discipline:Power Engineering and Engineering Thermophysics

Teacher:Meiyin Zhu

Class classroom:教学一号楼4001、实验五号楼1002、实验4号楼4014

School Year:2025-2026

Semester:Autumn Term

Course number:D571061050

Credits:1.0

Course Type:Postgraduate Course:

Top-Quality Courses or Not:no

Maximum Number of Students:8

Required Class Hours:16.0

Courses and reference books:[1] Hou Minjie. Aero-engine altitude simulating test techniques [M]. Beijing: Aviation Industry Press, 2014. [2] Jon S. Wilsom. Sensor Technology Handbook [M]. Elsevier, 2005. [3] Jewel B. Barlow, William H. Rae Jr., Alan Pope. Low-Speed Wind Tunnel Testing [M]. John Wiley & Sons, 1999.