Electron beam welding and post-weld treatments of steels

Sebastiano, T.; Fabio, N.; Marcello, D. M.

doi:10.1007/bf00592699

Cited by 6 publications

(2 citation statements)

References 2 publications

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“…This system is based on eddy current and is adapted to the welding process. It is therefore necessary to develop an appropriate sensor system, whose positioning is guided by an eddy-current measurement system [14,18,20,22,23]. This measurement system must be adaptable to the weld seams geometry, the material to be welded and the chosen welding parameters, as well as to the welding apparatus.…”

Section: Weld-gap Contour Tracking In Order To Realize Highly Load Tmentioning

confidence: 99%

High Strength 3D Non‐Vacuum Electron Beam Weld Joints ‐ Setting of Gradient Material Properties and Testing of Weld Quality

Reimche

Bach

Mroz

et al. 2008

steel research international

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Highly loaded structures made of modern metallic materials are increasingly being placed under stringent standards with regard to the mechanical strength and deformation properties of their individual parts as well as with regard to the loading capacity of their joints. In order to create strain profiles in individual structural components, such components are heated with an electron beam at defined locations in order to bring in local microstructure changes and consequently the targeted local changes in the strength and deformation properties of the material with respect to a delayed crack growth. Additionally, components with specifically set tensile strength are welded to high quality structures. For this purpose the young but efficient non‐vacuum electron beam welding (NV‐EBW) method is used and further developed. Weld quality is examined especially in regard to an improved beam positioning, process control and weld joint defect detection.

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Section: Weld-gap Contour Tracking In Order To Realize Highly Load Tmentioning

confidence: 99%

High Strength 3D Non‐Vacuum Electron Beam Weld Joints ‐ Setting of Gradient Material Properties and Testing of Weld Quality

Reimche

Bach

Mroz

et al. 2008

steel research international

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“…In the area of post-production beam treatment of structural components for the precise setting of local material properties, there are at the moment only very few methods available [1,2,19,23]. In most cases, either the functional surface or the entire component would be post-processed, in order to make the components surface wear-resistant.…”

Section: Introductionmentioning

confidence: 99%

Setting of Gradient Material Properties and Quality Control of High Tension 3D-Weld Joints

Reimche

Bach

Duhm³

et al. 2007

AMR

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Modern metallic materials used in high loading structures are increasingly being placed under stringent standards with regard to the mechanical strength and deformation properties of their individual parts as well as with regard to the loading capacity of their junctions. In order to determine the strain profile of the individual structural components, the mentioned topics will be taken from the SFB 675 “High tensile, locally manipulated structural components and structures” from the subproject C4 “Setting of gradient material properties and qualification of high-tension 3D-NVEB weld joints”. To this end, the strengthened individual structural components will be heated with an electron beam at defined locations. This is done in order to observe the load related local micro-structure changes and consequently the targeted, structured local changes in the strength and deformation properties of the material. A delay in the crack growth will also be sought after. Additionally, components with specifically designed tensile strength will be welded to high quality structures. At this the young but efficient non vacuum electron beam welding method will be preferably developed, qualified and used because of its good welding properties regarding to an improved beam positioning, process control and weld joint defect detection.

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