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Mixed mode I/II stress intensity factors through the thickness of disc type specimens

机译:混合模式的I / II应力强度因盘状试样的厚度而异

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Mode I and mode II stress intensity factors (SIFs) through the thickness of edge crack in semi circular bend (SCB) and center cracked circular disc (CCCD) specimens have been analyzed using three dimensional finite element analysis. The effect of the CCCD and SCB specimen thickness on the through-thickness variations of SIFs has been studied. For all mode of mixity, the peak value of mode I SIF is found at mid plane of SCB specimen and for thin CCCD specimen, while, this location is shifted to be near the free surface plane in thick CCCD specimen. The variation of mode II SIF in CCCD and SCB specimens have a similar trend.How to cite this paper Abd-Elhady, A. (2013). Mixed mode I/II stress intensity factors through the thickness of disc type specimens.Engineering Solid Mechanics, 1(4), 119-128.
机译:通过三维有限元分析,分析了通过半圆弯曲(SCB)和中心裂纹圆盘(CCCD)试样的边缘裂纹厚度的模式I和模式II应力强度因子(SIF)。研究了CCCD和SCB样品厚度对SIF厚度变化的影响。对于所有混合模式,模式I SIF的峰值位于SCB样品的中平面,而对于薄CCCD样品,此位置偏移到厚CCCD样品的自由表面附近。 CCCD和SCB样品中II型SIF的变化趋势相似。如何引用本文Abd-Elhady,A.(2013)。混合模式的I / II应力强度取决于圆盘型试样的厚度。工程固体力学,1(4),119-128。

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