航空发动机低压涡轮数字化装配仿真

Digital Assembly Simulation of Aircraft Engine Low Pressure Turbine

摘要:

通过基于三维数字化模型的装配工艺仿真技术,实现基于航空发动机低压涡轮模型在可视化的数字环境中的装配路径规划、装配分析和装配仿真,以验证产品的可装配性及其工艺过程,从而能及时发现产品设计和工艺规划中的缺陷与错误,从而进行改进。民用航空发动机数字化装配仿真分析研究,为下阶段仿真技术研究的体系化与标准化建设奠定了基础。

Abstract:

By using 3-dimensional digital process simulation, a certain type of aircraft engine turbine is simulated and analyzed to verify assemblability and to discover defects during process design. Assembly path planning, process simulation and analysis are implemented. The digital assembly simulation of a certain type of civil aircraft engine turbine is studied, thus contributes as fundamentals for systematization and standardization of simulation technology in next phase.