TRIP:相变诱导塑性

“TRansformation Induced Plasticity”通常缩写为TRIP,这一简称既便于书写,也利于学术交流与应用。该术语多见于材料科学与高分子工程等综合性领域,尤其在与塑料及金属材料相关的相变研究中频繁出现。其对应的中文译名为“相变诱导塑性”,意指材料在相变过程中因微观结构变化而产生的塑性变形能力。

TRansformation Induced Plasticity具体释义

  • 英文缩写:TRIP
  • 英语全称:TRansformation Induced Plasticity
  • 中文意思:相变诱导塑性
  • 中文拼音:xiàng biàn yòu dǎo sù xìng
  • 相关领域trip 塑料

TRansformation Induced Plasticity的英文发音

例句

  1. Strain Hardening Exponent Calculating Model for Transformation Induced Plasticity Steels
  2. 相变诱发塑性钢的应变硬化指数计算模型
  3. Transformation induced plasticity and stress have also been discussed through the Gleeble experiments.
  4. 并利用Gleeble试验,探讨了相变应变塑性变形。
  5. Concentration profiles of carbon, manganese, aluminum and silicon in the steels are also estimated under the lattice fixed frame of reference. The effect of Si and Mn on TRansformation Induced Plasticity(TRIP) ( TRIP ) is discussed according to thermodynamic and kinetic analyses.
  6. 在点阵固定的参考态下,对钢中碳、锰、铝和硅的浓度分布加以预测:根据热力学与动力学分析讨论了硅和锰对相变诱发塑性(TRIP)效应的影响。
  7. Effects of S and Al on TRIP ( TRansformation Induced Plasticity(TRIP) ) are discussed with the help of thermodynamic and kinetic analysis.
  8. 借助热力学和动力学分析讨论了硅和铝对TRIP(TRansformationInducedPlasticity)钢力学性能的影响。
  9. TRIP ( Transformation Induced Plasticity ) steel is the most potential automobile steel at present.
  10. 相变诱发塑性(TRansformationInducedPlasticity)钢是目前最有发展潜力的汽车用钢。