All Outputs (4)

Effect of gauge volume on the residual stress measurement using deep hole drilling technique (2010)
Presentation / Conference Contribution

Accurate evaluation of residual stress is essential if is to be taken into account in structural integrity assessments. For thick components, many non-destructive residual stress measurement techniques cannot be used since they are unable to measure... Read More about Effect of gauge volume on the residual stress measurement using deep hole drilling technique.

Parameter determination of chaboche kinematic hardening model using a multi objective genetic algorithm (2010)
Journal Article

Chaboche model is a powerful tool to evaluate the cyclic behavior under different loading conditions using kinematic hardening theory. It can also predict the ratcheting phenomenon. To predict the ratcheting, it is required to determine the material... Read More about Parameter determination of chaboche kinematic hardening model using a multi objective genetic algorithm.

Application of deep hole drilling to the measurement and analysis of residual stresses in steel shrink‐fitted assemblies (2010)
Journal Article

Residual stress measurement of shrink-fitted assemblies was achieved through finite element simulations and experiments using the deep hole drilling technique. Shrink-fitted assemblies using stainless steel and cast iron were manufactured and residu... Read More about Application of deep hole drilling to the measurement and analysis of residual stresses in steel shrink‐fitted assemblies.

Application of the modified deep hole drilling technique (iDHD) for measuring near yield non-axisymmetric residual stresses (2010)
Presentation / Conference Contribution

The modified deep hole drilling technique (iDHD) has been developed to allow near yield residual stresses to be measured and has been validated for axisymmetric residual stress fields. In the present investigation, the application of the iDHD techniq... Read More about Application of the modified deep hole drilling technique (iDHD) for measuring near yield non-axisymmetric residual stresses.