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Thermomechanical process route to achieve high fracture toughness in Ti-17 forgings for high temperature applications

机译：热机械过程途径在TI-17锻件中实现高裂缝韧性，用于高温应用

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Mario Balzer; Thomas Witulski;
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1. A study on fracture toughness and strain rate sensitivity of severely deformed Al 6063 alloys processed by multiaxial forging and rolling at cryogenic temperature [J] . S.S. Lokesh Vendra, Sunkulp Goel, Nikhil Kumar, Materials Science and Engineering . 2017,第FEBa16期

机译：低温下多轴锻造和轧制严重变形Al 6063合金的断裂韧性和应变率敏感性研究
2. INFLUENCE OF THERMOMECHANICAL PROCESSING ROUTE ON THE MECHANICAL PROPERTIES OF FORGING QUALITY MICROALLOYED STEELS [J] . D Manda1, A K Chakrabarti, K K Ray Transactions of the Indian Institute of Metals . 2001,第1a2期

机译：热机械加工路线对锻造优质微合金钢力学性能的影响
3. Enhancing impact fracture toughness and tensile properties of a microalloyed cast steel by hot forging and post-forging heat treatment processes [J] . Jingwei Zhao, Zhengyi Jiang, Chong Soo Lee Materials & design . 2013,第may期

机译：通过热锻和锻后热处理工艺提高微合金铸钢的冲击断裂韧性和拉伸性能
4. Thermomechanical process route to achieve high fracture toughness in Ti-17 forgings for high temperature applications [C] . Mario Balzer, Thomas Witulski World Conference on Titanium . 2020

机译：热机械过程途径在TI-17锻件中实现高裂缝韧性，用于高温应用
5. On the Fracture Toughness and Stable Crack Growth in Shape Memory Alloys Under Combined Thermomechanical Loading [D] . Jape, Sameer Sanjay. 2017

机译：热机械载荷作用下形状记忆合金的断裂韧性和稳定裂纹扩展
6. Forging property processing map and mesoscale microstructural evolution modeling of a Ti-17 alloy with a lamellar (α+β) starting microstructure [O] . Hiroaki Matsumoto, Daiki Naito, Kento Miyoshi, 2017

机译：具有片状（α+β）起始组织的Ti-17合金的锻造性能加工图和中尺度组织演变建模
7. Enhancing impact fracture toughness and tensile properties of a microalloyed cast steel by hot forging and post-forging heat treatment processes [O] . Zhao, Jingwei, Jiang, Zhengyi, Lee, Chong Soo 2013

机译：通过热锻和锻后热处理工艺提高微合金铸钢的冲击断裂韧性和拉伸性能
8. 2014 Accomplishments - Tritium Aging Studies on Stainless Steel: Fracture Toughness Properties of Forged Stainless Steels - Effect of Hydrogen, Forging Strain Rate, and Forging Temperature. [R] . Morgan, M. 2015

机译：2014年成就 - 不锈钢的氚老化研究：锻造不锈钢的断裂韧性 - 氢，锻造应变率和锻造温度的影响。

Thermomechanical process route to achieve high fracture toughness in Ti-17 forgings for high temperature applications

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