Section 1
(3 credit hours)
航空发动机概论:
航空发动机历史、现状、发展趋势以及面临的挑战。
An Introduction to Aero Engine,
The History, Current Situation, Development Tendency and Facing Challenges.
Section 2
(3 credit hours)
航空发动机概论:
航空发动机原理(热力学定律、布雷登循环、活塞式发动机、涡扇发动机、涡喷发动机、涡轴发动
机、涡浆发动机等,载荷分析)。
An Introduction to Aero Engine,
Engine Principle( Law of Thermodynamics, Brayton Cycle, Reciprocating Engine, Turbofan
Engine,Turbojet Engine,Turboshaft Engine,Propeller Engine, etc.,Load Analysis).
Section 3
(3 credit hours)
航空发动机结构完整性综述:
对象、范畴、FAA 试航标准。
An Introduction to Aero Engine Structure Integrity,
Object, Scope, FAA Code.
Section 4
(3 credit hours)
力学与运用基础:
破坏机制、载荷与受力。
The Fundamental of Mechanics and Applying,
Failure Mechanism,Load and Stress.
Section 5
(3 credit hours)
力学与运用基础:
振动与疲劳、安全与寿命。
The Fundamental of Mechanics and Applying,
Vibration and Fatigue, Safety and Life.
Section 6
(3 credit hours)
航空发动机主要零部件的结构完整性要求:
风扇、涡轮。
The Structure Integrity Requirement of the Key parts of Aero Engine,
Fan, Turbine.
Section 7
(3 credit hours)
航空发动机主要零部件的结构完整性要求:
压气机。
The Structure Integrity Requirement of the Key parts of Aero Engine,
Compressor.
Section 8
(3 credit hours)
航空发动机主要零部件的结构完整性要求:
燃烧室。
The Structure Integrity Requirement of the Key parts of Aero Engine,
Combustor.
Section 9
(2 credit hours)
航空发动机主要零部件的结构完整性要求:
转轴、其他。
The Structure Integrity Requirement of the Key parts of Aero Engine,
Spindle,etc.
Section 10
(2 credit hours)
未来的做法:
被动到主动、大数据的应用、多场全覆盖监测。
Future Work Method,
From Passive to Active, Big Data, Multi-field Monitoring.
Section 11
(2 credit hours)
增材设计能带来哪些改进:
微观到宏观、材料到结构。
The Improvement from Additive Design,
From Micro to Macro, From Material to Structure.