Numerical Investigation of the Role of Volumetric Transformation Strain on the Relaxation Stress and the Corresponding Hydrogen Interstitial Concentration in Niobium Matrix

<div>Hydrogen induced modified relaxation stress and hydrostatic stress as a function of distance from the core of an edge dislocation.</div>

Advances in Materials Science and Engineering

fig1

Figure 1

Figure 1: Numerical Investigation of the Role of Volumetric Transformation Strain on the Relaxation Stress and the Corresponding Hydrogen Interstitial Concentration in Niobium Matrix 

Figure 1 | Numerical Investigation of the Role of Volumetric Transformation Strain on the Relaxation Stress and the Corresponding Hydrogen Interstitial Concentration in Niobium Matrix 