An influence function method has been developed to analyze stress intensity factors, K, for surface cracks, which are subjected to arbitrarily distributed surface stresses. The method has been applied to the analysis of a series of influence coefficients for flat plates with a semielliptical surface crack. It has been shown, based upon the data of the influence coefficients, how easily the K-values for a semielliptical surface crack in a flat plate, with arbitrary aspect ratio and depth to thickness ratio, can be evaluated against arbitrarily distributed surface stresses.平板の表面き裂について一連の解析を行い,Kの影響係数Kijのデータベースを求めた.これを用いると熱応力場,残留応力場等におけるK値が容易に得られることを示した
The exact analytical approach for stress intensity factor calculation for an arbitrary shape mode I ...
An explicit weight function which allows determination of the stress intensity factor for a semi-ell...
Weight functions for any local point, 0 < Φ < π/2 along a semi-elliptical surface crack in finite th...
An influence function method has been developed to analyze stress intensity factors, K, for surface ...
An influence function method has been developed to analyze stress intensity factors, K, for cracks w...
The authors have developed an influence function method by which the stress intensity factor, K, for...
The authors have developed an influence function method (IFM) to analyze effectively the stress inte...
A weight function method has been developed to analyze the stress intensity factors for surface crac...
This paper introduces an approximate weight function method for calculating stress intensity factors...
This paper introduces an approximate weight function method for calculating stress intensity factors...
Three-dimensional finite element analyses have been conducted to calculate the stress intensity fact...
This paper presents the application of the weight function method for the calculation of stress inte...
A low cost numerical tool for the calculation of mode I stress intensity factors K in embedded and s...
Abstract--The stress intensity factor variation along a semicircular surface law in a three dimensio...
Stress intensity factor due to surface crack propagation was analyzed by using the Influence functio...
The exact analytical approach for stress intensity factor calculation for an arbitrary shape mode I ...
An explicit weight function which allows determination of the stress intensity factor for a semi-ell...
Weight functions for any local point, 0 < Φ < π/2 along a semi-elliptical surface crack in finite th...
An influence function method has been developed to analyze stress intensity factors, K, for surface ...
An influence function method has been developed to analyze stress intensity factors, K, for cracks w...
The authors have developed an influence function method by which the stress intensity factor, K, for...
The authors have developed an influence function method (IFM) to analyze effectively the stress inte...
A weight function method has been developed to analyze the stress intensity factors for surface crac...
This paper introduces an approximate weight function method for calculating stress intensity factors...
This paper introduces an approximate weight function method for calculating stress intensity factors...
Three-dimensional finite element analyses have been conducted to calculate the stress intensity fact...
This paper presents the application of the weight function method for the calculation of stress inte...
A low cost numerical tool for the calculation of mode I stress intensity factors K in embedded and s...
Abstract--The stress intensity factor variation along a semicircular surface law in a three dimensio...
Stress intensity factor due to surface crack propagation was analyzed by using the Influence functio...
The exact analytical approach for stress intensity factor calculation for an arbitrary shape mode I ...
An explicit weight function which allows determination of the stress intensity factor for a semi-ell...
Weight functions for any local point, 0 < Φ < π/2 along a semi-elliptical surface crack in finite th...