1) loss of stability of laminar flow
层流失稳
3) lamella destabilization
层片失稳
4) Fault instability
断层失稳
5) flow instability
流变失稳
1.
Micro-deformation mechanisms and the man- ifestations of flow instability were investigated by means of processing map technology based on Murty criterion,and deformation parameters were optimized in the temperature range of 990—1080℃and strain rate range of 0.
001—70_s~(-1)变形参数范围内的微观变形机制和流变失稳现象,并优化该合金的高温变形参数。
2.
Hot deformation behaviors of Ti-600 alloy under two different conditions were studied by thermo-compression tests on Gleeble-1 500 Simulator,and the flow instability features of the alloy during the deformation process were analyzed.
在Gleeble-1500热模拟实验机上采用等温压缩实验的方法研究了Ti600合金两种状态下的热塑性变形行为,分析了合金在变形过程中的流变失稳特征。
6) flow instability
流动失稳
1.
Role of tip leakage flow on flow instability and its control with circumferential groove casing treatment;
间隙流触发压气机内部流动失稳机制及周向槽扩稳机理
2.
Research on flow instability of transonic compressor rotor and boundary suction effect at low Reynolds number
低雷诺数下跨声速转子流动失稳及附面层抽吸扩稳研究
3.
Research on flow instability triggering process at stall condition of transonic compressor rotor at low Reynolds number
低雷诺数下跨声速压气机转子失速工况时流动失稳触发过程研究
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