Welding is a common means of joining and repairing steel structures. In the case of steel tanks, circular patch welds are often used for repairing the structure after removal of a defective area. Unfortunately, the welding process also produces residual stresses which, if not relieved, can impair the integrity of the structure. Measurement of residual stresses produced by welding is needed, for example, to verify the effectiveness of a stress relief heat treatment which is typically used to remove weld-induced stresses
Sign, magnitude and distribution of residual stresses are extremely important for service performanc...
This work concentrates on the non-destructive magnetic Barkhausen noise (BN) method. The BN method c...
In 1979, Matzkanin, Beissner and Teller published the NTIAC-79-2 report: the Barkhausen effect and i...
The purpose of this study is non-destructive determination of residual stresses in the welded steel ...
Variations of surface residual stresses with subsequent weld passes were investigated in API 5L X70 ...
Variations of surface residual stresses with subsequent weld passes were investigated in API 5L X70 ...
Variations of surface residual stresses with subsequent weld passes were investigated in API 5L X70 ...
Variations of surface residual stresses as a function of weld runs in API 5L X70 steel plates were n...
Variations of surface residual stresses with subsequent weld passes were investigated in the API 5L ...
Determination of residual stress state is important for quality, integrity, and service performance ...
Residual stresses have significant inflences on the service performance of the welded components. Va...
The residual stress state of a mechanical component is an important factor in its production plannin...
During welding, due to the highly localized transient heat input, considerable residual stresses and...
There exist no materials and/or structures of technical importance without residual stresses. The re...
The magnetic Barkhausen Noise (BN) is well suited to evaluate the effects of mechanical stresses of ...
Sign, magnitude and distribution of residual stresses are extremely important for service performanc...
This work concentrates on the non-destructive magnetic Barkhausen noise (BN) method. The BN method c...
In 1979, Matzkanin, Beissner and Teller published the NTIAC-79-2 report: the Barkhausen effect and i...
The purpose of this study is non-destructive determination of residual stresses in the welded steel ...
Variations of surface residual stresses with subsequent weld passes were investigated in API 5L X70 ...
Variations of surface residual stresses with subsequent weld passes were investigated in API 5L X70 ...
Variations of surface residual stresses with subsequent weld passes were investigated in API 5L X70 ...
Variations of surface residual stresses as a function of weld runs in API 5L X70 steel plates were n...
Variations of surface residual stresses with subsequent weld passes were investigated in the API 5L ...
Determination of residual stress state is important for quality, integrity, and service performance ...
Residual stresses have significant inflences on the service performance of the welded components. Va...
The residual stress state of a mechanical component is an important factor in its production plannin...
During welding, due to the highly localized transient heat input, considerable residual stresses and...
There exist no materials and/or structures of technical importance without residual stresses. The re...
The magnetic Barkhausen Noise (BN) is well suited to evaluate the effects of mechanical stresses of ...
Sign, magnitude and distribution of residual stresses are extremely important for service performanc...
This work concentrates on the non-destructive magnetic Barkhausen noise (BN) method. The BN method c...
In 1979, Matzkanin, Beissner and Teller published the NTIAC-79-2 report: the Barkhausen effect and i...