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Stress concentration factors notes the theoretical stress concentration factor k t of a section at subject to an internal stress resulting from a change of shape and/or geometry These two stress concentration factors are related to each other. The notch stress controlling the.

The material notch sensitivity value q is used to quantify the sensitivity of a material to local high stresses In other words the fatigue stress concentration factor (kf) has a lower value than the geometric stress concentration factor (k) The notch sensitivity of a material is a measure of how sensitive a material is to notches.

The present book contains some recently developed stress concentration factors, as well as most of the charts from the previous editions

Moreover, there is considerable material on how to. Keys and keyways are common torque transfer elements This item discusses the stresses that are present in keyways and suggests ways to optim ise the shape of the keyway to improve the. Calculate the nominal stress and the maximum stress

Stress concentration factors (k;) are determined from the numerical model of the notched sheet sample from [13] and vary between each material slightly due to different material properties. The nominal stress at the reduced area is computed as shown on the graph and the actual stress existing in the immediate vicinity of the notch is found by multiplying this nominal stress value by. Stress concentration factors in fatigue:

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