首页> 外文期刊>Metallurgical and Materials Transactions, A. Physical Metallurgy and Materials Science >Investigation of Grain-Scale Stresses and Modeling of Tensile Deformation in a ZIRCALOY-4 Weldment
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Investigation of Grain-Scale Stresses and Modeling of Tensile Deformation in a ZIRCALOY-4 Weldment

机译:ZIRCALOY-4焊缝中的晶粒应力研究和拉伸变形建模

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摘要

Tensile tests and neutron diffraction measurements of the residual elastic strain response to applied uniaxial stress have been made on samples taken from a ZIRCALOY-4 (Zr-4) weld in the as-welded condition. The samples were taken from the parent plate, and the weld metal and time-of-flight neutron diffraction measurements were made parallel and perpendicular to the applied stress direction, which corresponds to the weld direction and the transverse direction in the plane of the plate. Measurements were made on all crystallographic reflections permitted by the texture, and this allowed strains to be measured over the entire of the stereographic projection. The strains can be understood qualitatively in terms of what is already known for other zirconium alloys and with the aid of the elasto-plastic self-consistent model.
机译:在焊接状态下,对从ZIRCALOY-4(Zr-4)焊缝上采集的样品进行了拉伸试验和残余弹性应变对施加的单轴应力的响应的中子衍射测量。从母板上取样品,并平行于并垂直于所施加的应力方向进行焊接金属和飞行时间中子衍射测量,该应力方向对应于板平面中的焊接方向和横向方向。对纹理所允许的所有晶体反射进行测量,这使得可以在整个立体投影上测量应变。可以根据对于其他锆合金已知的应变来定性地理解应变,并借助于弹塑性自洽模型。

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