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Mechanical characteristics and pore evolution of red sandstone under ultrasonic high-frequency vibration excitation

机译：超声波高频振动激励下红砂岩机械特性及孔隙演化

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Lei Zhang; Xufeng Wang; Jiyao Wang; Zhanbiao Yang;
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1. Mechanical characteristics and pore evolution of red sandstone under ultrasonic high-frequency vibration excitation [J] . Lei Zhang, Xufeng Wang, Jiyao Wang, AIP Advances . 2021,第5期

机译：超声波高频振动激励下红砂岩机械特性及孔隙演化
2. Mechanical and tribological characteristics of sintered Fe-Ni-Cr alloy subjected to high-frequency ultrasonic peening [J] . Jong-Deok Kim, In-Sik Cho International Journal of Surface Science and Engineering . 2014,第2a3期

机译：高频超声喷丸烧结Fe-Ni-Cr合金的力学和摩擦学特性
3. Experimental investigation of the mechanical behaviors and energy evolution characteristics of red sandstone specimens with holes under uniaxial compression [J] . He Zhichao, Gong Fengqiang, Wu Wuxing, Bulletin of engineering geology and the environment . 2021,第7期

机译：单轴压缩下孔的红色砂岩样品力学行为和能量演化特性的实验研究
4. Vibration and welding characteristics of high-frequency longitudinal-transverse vibration ultrasonic wire bonding systems [C] . Tsujino, J., Yoshihara, . 1998

机译：高频纵向横向振动超声引线键合系统的振动和焊接特性
5. Pore structures and petroleum reservoir characteristics of Arkosic sandstones, with consideration of the tectonic context of diagenesis: Examples from Pennsylvania and West Siberia. [D] . James, Robert Andrew. 1995

机译：考虑到成岩作用的构造背景，Arkosic砂岩的孔隙结构和石油储层特征：以宾夕法尼亚州和西西伯利亚为例。
6. Hydraulic and Mechanical Impacts of Pore Space Alterations within a Sandstone Quantified by a Flow Velocity-Dependent Precipitation Approach [O] . Maria Wetzel, Thomas Kempka, Michael Kühn 2020

机译：通过流速依赖性降水方法量化砂岩内孔隙空间改变的液压和机械冲击
7. Nonresonant high-frequency excitation of mechanical vibrations in a movable quantum dot [O] . Eriksson, Axel Martin 2015

机译：可移动量子点中机械振动的非共振高频激发
8. Transient Excitation and Mechanical Admittance Test Techniques for Prediction of Payload Vibration Environments [R] . Kana, D. D., Vargas, L. M. 1977

机译：用于预测有效载荷振动环境的瞬态激励和机械导纳测试技术

Mechanical characteristics and pore evolution of red sandstone under ultrasonic high-frequency vibration excitation

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