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Mathematical and Computer Analysis of the Interaction Between both Stress and Electron Waves and Elastic Stresses Due to the Rotation of Grains to Promote Fracture Resistance and Electrical Conductivity in Ceramic Materials

机译：应力与电子波和弹性应力相互作用的数学和计算机分析，以提高陶瓷材料的抗断裂性和导电性

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The conditions on elastic displacement and stress in a material that will promote reflection and transmission of an incoming wave are calculated. It is found, for example, that to optimize reflection and transmission, scalar potentials of the displacement in the wave and in the material will be related to rotations in planes perpendicular and parallel to the direction of propagation to the wave. When a pulse is constructed and its path analyzed through short distances, it is shown that abrupt transitions in tension and compression in a material will maximize reflection of the pulse. When strain energy is minimized where reflection and refraction are to occur, differences in tension and compression become prominent again. Finally, an approximate volume of material is calculated for an electron to harness the restoring forces in a material to balance the energy lost in inelastic scattering.

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Kennefick, C. M.;
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年度 2010
页码 1-18
总页数 18
原文格式 PDF
正文语种 eng
中图分类工业技术;
关键词
Ceramic materials ; Resistance ; Displacement ; Elastic properties ; Electrical conductivity ; Waves ; Electrons ; Mathematical analysis ; Computer applications ; Stresses ; Fracture(Mechanics);

机译：陶瓷材料;电阻;位移;弹性;导电性;波;电子;数学分析;计算机应用;应力;断裂（力学）;

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1. A computer simulation of grain orientation and aspect ratio that promotes the reflection of a pressure wave by elastic rotational stress [J] . C. M. Kennefick, C. E. Patillo, T. Kupoluyi, Shock Waves . 2011,第1期

机译：晶粒取向和长宽比的计算机模拟，通过弹性旋转应力促进压力波的反射
2. A computer simulation of grain orientation and aspect ratio that promotes the reflection of a pressure wave by elastic rotational stress [J] . Kennefick C.M., Patillo C.E., Kupoluyi T., Shock Waves . 2011,第1期

机译：晶粒取向和长宽比的计算机模拟，可通过弹性旋转应力促进压力波的反射
3. Stress Analysis for Nano-Scale Elastic Materials (Elastic Contact Problems Considering Surface Stresses) [J] . Hideo KOGUCHI JSME International Journal. Series A, Solid mechanics and material engineering . 1996,第3期

机译：纳米级弹性材料的应力分析（考虑表面应力的弹性接触问题）
4. Influence of grain-matrix interaction intensity and lattice rotation definition on predicted residual stresses and textures [C] . Marcin Wronski, Krzysztof Wierzbanowski, Andrzej Baczmariski, Residual stresses VIII . 2010

机译：晶格相互作用强度和晶格旋转定义对预测残余应力和织构的影响
5. INTERACTION OF ELECTROMAGNETIC ENERGY WITH ABSORPTIVE MATERIAL BY THERMALLY INDUCING ELASTIC STRESS WAVES [D] . OSCAR, KENNETH JOHN 1980

机译：通过热诱导弹性应力波将电磁能量与吸收性材料相互作用
6. Stress Analysis for Nano-Scale Elastic Materials : Elastic Contact Problems Considering Surface Stresses [O] . Hideo KOGUCHI 1996

机译：纳米尺度弹性材料的应力分析：考虑表面应力的弹性接触问题
7. Elastic incompatibility stresses across planar and nonplanar grain boundaries in silver, aluminum, and zirconium applied to ductile fracture criteria under high triaxial stress [R] . Roehnelt, R. , Kassner, M. E. , Kennedy, T. C. , 1996

机译：在高三轴应力下，在银，铝和锆的平面和非平面晶界上的弹性不相容应力应用于韧性断裂准则

Mathematical and Computer Analysis of the Interaction Between both Stress and Electron Waves and Elastic Stresses Due to the Rotation of Grains to Promote Fracture Resistance and Electrical Conductivity in Ceramic Materials

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