Elevated temperature fracture of particulate-reinforced aluminum part I: fracture toughness

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Univ of Virginia, Charlottesville, United States ^{[1
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Fatigue Fract Eng Mater Struct | / 5卷 / 565-582期

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摘要：

Aluminum - Coalescence - Fracture mechanics - Metallic matrix composites - Microstructure - Nucleation - Particles (particulate matter) - Plate metal - Powder metallurgy - Silicon carbide - Temperature - Thermal effects

引用

共 6 条

[1] TIME DEPENDENT FRACTURE OF MATERIALS AT ELEVATED TEMPERATURE, PROCEEDINGS OF A WORKSHOP, 1979.
Ultramicroscopy, 1979,
[2] Tensile strength and fracture toughness of steel fiber reinforced concrete measured from small notched beams
Yixin, Chen
Jianye, Zhang
Jicheng, Ma
Shunli, Zhou
Yongsheng, Liu
Zhixuan, Zheng
Case Studies in Construction Materials, 2022, 17
[3] TIME-DEPENDENT FRACTURE OF MATERIALS AT ELEVATED TEMPERATURE FOR SOLAR THERMAL POWER SYSTEMS.
Gupta, Gopal D.
Ultramicroscopy, 1979, : 7 - 14
[4] FRACTURE TOUGHNESS OF BORON/ALUMINUM LAMINATES WITH VARIOUS PROPORTIONS OF 0 degree AND plus or minus 45 degree PLIES.
Poe Jr., C.C.
Sova, J.A.
NASA Technical Paper, 1980, (1707):
[5] Damage Evolution and Fracture Behavior of Three-directional Orthogonal Fiber Reinforced Aluminum Matrix Composites under Longitudinal Tensile Loading
Liu, Fenghua
Zhao, Wenhao
Cai, Changchun
Wang, Zhenjun
Shen, Gaofeng
Zhang, Yingfeng
Xu, Zhifeng
Yu, Huan
Cailiao Yanjiu Xuebao/Chinese Journal of Materials Research, 2022, 36 (07): : 500 - 510
[6] Optimization of shapes of weld access holes at the end of I-section beams based on the prediction approach for brittle fracture – Part III. Effect of propagation direction of ductile cracks
Koike, Shunji
Azuma, Koji
Akahoshi, Takuya
Iwashita, Tsutomu
Itatani, Toshiomi
Proceedings of the International Offshore and Polar Engineering Conference, 2023, : 3063 - 3070

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