EVALUATION OF THE STRENGTH OF STRUCTURAL MATERIALS WITH CRACKS UNDER COMPLEX LOADING

Ya. L. Ivanyts’kyi

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EVALUATION OF THE STRENGTH OF STRUCTURAL MATERIALS WITH CRACKS UNDER COMPLEX LOADING

机译：复杂载荷作用下带有裂纹的结构材料强度评估

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We develop an experimental procedure and geometry of the specimens for the evaluation of the characteristics of crack growth resistance of structural materials for various macromechanisms of fracture (modes I, II, and III). We plotted diagrams of the limiting-equilibrium state of a body containing a crack (its strength) under complex proportionally increasing loading.

机译：我们开发了一种实验程序和标本的几何形状，用于评估各种宏观断裂机制（模式I，II和III）的结构材料的抗裂纹扩展特性。我们绘制了在复杂成比例增加的载荷下包含裂纹（强度）的物体的极限平衡状态图。

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《Materials Science》 |2011年第2期|共10页
作者
Ya. L. Ivanyts’kyi;
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正文语种 eng
中图分类工程材料学;
关键词
complex stress-strain state; mixed fracture; diagram of the limiting-equilibrium state (strength) of the material;

机译：复应力-应变状态;混合断裂;材料的极限平衡状态（强度）图;

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专利

1. EVALUATION OF THE STRENGTH OF STRUCTURAL MATERIALS WITH CRACKS UNDER COMPLEX LOADING [J] . Ya. L. Ivanyts’kyi Materials Science . 2011,第2期

机译：复杂载荷作用下带有裂纹的结构材料强度评估
2. Influence of Types of Grouting Materials on Compressive Strength and Crack Behavior of Rocklike Specimens with Single Grout-Infilled Flaw under Axial Loads [J] . Le Huilin, Sun Shaorui, Wei Jihong Journal of materials in civil engineering . 2019,第1期

机译：灌浆材料类型对轴压下单灌浆缺陷岩样抗压强度和裂缝特性的影响
3. LAWS OF INFLUENCE OF STRUCTURAL CHARACTERISTICS ON THE STRENGTH AND CRACK RESISTANCE OF AGING METALLIC MATERIALS [J] . S. B. Nizhnik, G. I. Isikova International Applied Mechanics . 2005,第1期

机译：结构特性对时效金属材料强度和抗裂性的影响规律
4. TO THE QUESTION OF EVALUATION OF CRACK GROWTH RESISTANCE OF STRUCTURAL MATERIALS UNDER DYNAMIC LOADING [C] . V.V Panasyuk, O.E. Andreykiv, Z.T. Nazarchuk, Biennial European conference on fracture;ECF 11 . 1996

机译：动态载荷作用下结构材料抗裂纹扩展性能的评价
5. Environment assisted cracking of target structural materials under different loading conditions. [D] . Selvaraj, Venkataramakrishnan. 2004

机译：在不同的载荷条件下，环境辅助的目标结构材料的开裂。
6. Structural Materials: Identification of the Constitutive Models and Assessment of the Material Response in Structural Elements Strengthened with Externally-Bonded Composite Material [O] . Todor Zhelyazov 2020

机译：结构材料：本构模型的识别和外部结合复合材料加强的结构元件中材料响应的评估
7. Strength of Materials at Elevated Temperatures. Type IV Cracking and Life Evaluation of Weldments on 2.25Cr-1Mo Steel under Creep-Fatigue Loading Condition. [O] . Takashi OGATA, Masatsugu YAGUCHI 1999

机译：高温材料的强度。蠕变 - 疲劳负载条件下2.25Cr-1Mo钢焊型IV裂解和寿命评价。
8. THE RISING-LOAD CANTILEVER TEST:A RAPID TEST FOR DETERMINING THE RESISTANCE OF HIGH-STRENGTH MATERIALS TO ENVIRONMENTAL CRACKING [R] . B. C. SYRETT, G. J. BIEFER 1970

机译：上升悬挑试验：确定高强度材料对环境开裂的抵抗力的快速试验

EVALUATION OF THE STRENGTH OF STRUCTURAL MATERIALS WITH CRACKS UNDER COMPLEX LOADING

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