1) isothermal compression
热模拟压缩
1.
Isothermal compression for the nickel-based superalloy GH4169 was carried out at a Thermecmaster-Z simulator,effect of the process parameters on the flow stress was investigated and the processing map was obtained in isothermal compression of the nickel-based superalloy GH4169 according to the analyses of experimental results.
通过GH4169合金的热模拟压缩实验,研究了变形工艺参数对GH4169合金高温变形时流动应力的影响规律,建立了GH4169合金高温变形时的加工图,结果表明:变形温度升高和应变速率减小使GH4169合金高温变形时峰值流动应力和稳态流动应力显著降低;GH4169合金高温变形时存在三个非稳定区域,第一个区域的变形温度在970~1030℃之间,应变速率在10。
3) simulated contraction
模拟压缩
1.
On basis of the model of simulated contraction a method to search for the optimal prescription was put forwor
在建立一种模拟压缩模型基础上，给出求最佳配比的算法。
4) high temperature and pressure simulation experiment
热压模拟
1.
Obvious overpressure constraint of deep source rock evolution was found through high temperature and pressure simulation experiment, natural thermal evolution and geological case studies.
热压模拟实验、烃源岩自然演化和勘探实例研究表明,深层烃源岩演化明显受到超压的抑制。
6) compressible MHD simulation
可压缩MHD模拟
补充资料：热压缩模拟试验机
热压缩模拟试验机
热压缩模拟试验机
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条