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Approximate Formula of Stress Concentration Factor for Round and Flat Test Specimens with Notches under Various Loading Condition

机译：带有缺口的圆形和扁平试样在不同载荷条件下的应力集中系数的近似公式

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野田尚昭; 世良政春; 高瀬康;
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年度 1994
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原文格式 PDF
正文语种 ja
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1. Stress concentration factors for round and flat test specimens with notches [J] . N.-A. Noda, M. Sera, Y. Takase International Journal of Fatigue . 1995,第3期

机译：带缺口的圆形和扁平试样的应力集中系数
2. Stress Concentration Factor Formulas Useful for Any Dimensions of Shoulder Fillet in a Flat Test Specimen Under Tension and Bending [J] . N. A. Noda, Y. Takase Journal of testing and evaluation . 2004,第3期

机译：应力集中因子公式可用于拉伸和弯曲的扁平测试样品中任何尺寸的肩角
3. Approximate Formula for Estimating Stress Concentration Factors for V-Notched Cylindrical Specimens [J] . Takashi Fujimoto, Feng-Ying Cao, Hironobu Nisitani Key Engineering Materials . 2003,第期

机译：V型缺口圆柱试样应力集中系数的近似公式
4. Formula of stress concentration factors for round and flat bars with notches [C] . N.-A. Noda, Y. Takase, K. Monda International conference on localized damage: Computer-aided assessment and control . 1996

机译：用缺口圆柱和扁平条压力集中因子的公式
5. Data Mining the Effects of Storage Conditions, Testing Conditions, and Specimen Properties on Brain Biomechanics [D] . Crawford, Folly Martha Dzan. 2018

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6. Performance Degradation of Large-Sized Asphalt Mixture Specimen under Heavy Load and Its Affecting Factors Using Multifunctional Pavement Material Tester [O] . Jiasheng Li, Jianying Yu, Jun Xie, 2019

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7. Approximate Formula of Stress Concentration Factor for Round and flat Test Specimens with Notches [O] . 野田尚昭, 世良政春, 高瀬康 1994

机译：带缺口的圆形和扁平试样的应力集中系数的近似公式
8. FATIGUE TESTS AT STRESSES PRODUCING FAILURE IN 2 TO 10,000 CYCLES 24S-T3 AND 75S-T6 ALUMINUM-ALLOY SHEET SPECIMENS WITH A THEORETICAL STRESS-CONCENTRATION FACTOR OF 4.0 SUBJECTED TO COMPLETELY REVERSED AXIAL LOAD [R] . Herbert F. Hardrath, Walter Illg 1954

机译：在2至10,000个循环中产生应力的疲劳试验24s-T3和75s-T6铝合金板材试样具有4.0的理论应力集中系数，完全反向轴向载荷

Approximate Formula of Stress Concentration Factor for Round and Flat Test Specimens with Notches under Various Loading Condition

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