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Study of FEM Simulation of Cyclic Plastic Behavior of Face-Centered Cubic Crystal (F.C.C.) Crystalline Materials: 4th Report

机译:面心立方晶体(F.C.C.)晶体材料的循环塑性行为的有限元模拟研究:第四次报告

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A crystalline FEM theory is applied to investigate the relationship of the crystal geometry to the progress of plastic deformation localization )P.D.L.) and irreversible slip generation (I.S.G.), which are part of the fatigue crack initiation process, by calculating the cy6clic deformation behavior of a FEM model of a f.c.c. crystal which reproduces the restriction caused by the neighboring grains.
机译:晶体有限元理论被应用于研究晶体几何形状与塑性变形局部化(PDL)和不可逆滑移产生(ISG)进展之间的关系,这是疲劳裂纹萌生过程的一部分,通过计算合金的环向变形行为来进行。 FCC的FEM模型晶体再现了由相邻晶粒引起的限制。

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