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Application of T33-stress to predict the lower bound fracture toughness for increasing the test specimen thickness in the transition temperature region

机译：应用T33应力预测下限断裂韧性，以增加过渡温度区域的试样厚度

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Lu Kai; Meshii Toshiyuki;
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年度 2014
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1. Application ofT33-Stress to Predict the Lower Bound Fracture Toughness for Increasing the Test Specimen Thickness in the Transition Temperature Region [J] . KaiLu, ToshiyukiMeshii Advances in materials science and engineering . 2014,第4期

机译：T33应力在下界断裂韧度预测中的应用，以增加转变温度区域的试样厚度
2. Extended investigation of the test specimen thickness (TST) effect on the fracture toughness (J(c)) of a material in the ductile-to-brittle transition temperature region as a difference in the crack tip constraint - What is the loss of constraint in the TST effects on J(c)? [J] . Meshii Toshiyuki, Lu Kai, Fujiwara Yuki Engineering Fracture Mechanics . 2015,第Null期

机译：扩展研究试样厚度（TST）对材料在韧性到脆性转变温度范围内的断裂韧性（J（c））的影响，作为裂纹尖端约束的差异-约束的损失是多少TST对J（c）的影响？
3. A failure criterion to explain the test specimen thickness effect on fracture toughness in the transition temperature region [J] . Toshiyuki Meshii, Kai Lu, Ryota Takamura Engineering Fracture Mechanics . 2013,第Null期

机译：解释转变温度范围内试样厚度对断裂韧性影响的失效准则
4. Extended investigation of test specimen thickness (TST) effect on the fracture toughness (J_c) of a material in the transition temperature region as a difference in the crack tip constraint -what is a loss in constraint in the TST effect on J_c? [C] . Toshiyuki Meshii, Kai Lu, Yuki Fujiwara European Conference on Fracture . 2014

机译：扩展研究试样厚度（TST）对材料在转变温度区域的断裂韧性（J_c）的影响，作为裂纹尖端约束的差异-TST对J_c的影响的约束损失是什么？
5. The development of a curved centre cracked specimen for fracture toughness testing of CANDU reactor pressure tubes. [D] . Wallace, A.C. 1988

机译：弯曲中心裂纹试样的开发，用于测试CANDU反应堆压力管的断裂韧性。
6. The Present SP Tests for Determining the Transition Temperature TSP on U Notch Disc Specimens [O] . Karel Matocha, Ondrej Dorazil, Roger Hurst 2017

机译：用于确定 U形缺口圆盘试样上转变温度TSP的当前SP测试
7. Application of T33-stress to predict the lower bound fracture toughness for increasing the test specimen thickness in the transition temperature region [O] . Lu Kai, Meshii Toshiyuki 2014

机译：应用T33应力预测下限断裂韧性，以增加过渡温度区域的试样厚度
8. Fracture Toughness Comparison between a Semielliptical Surface Crack in a 4PBPlate and a Through-Thickness Crack in a 3PB Fracture Toughness Test Specimen [R] . Nevalainen, M. J. 1997

机译：4pBplate中半椭圆表面裂纹与3pB断裂韧性试样中贯穿厚度裂纹的断裂韧性比较

Application of T33-stress to predict the lower bound fracture toughness for increasing the test specimen thickness in the transition temperature region

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