Sentence examples for welding effects from inspiring English sources

Simplified methods for the estimation of welding effects were and still are subject of several research projects, but mostly concerning smaller structures.

It is shown that the models with welding simulation agree well with the test results, while the models without considering the welding effects predict the load carrying capacity unconservatively when the displacement increases.

The results of a series of finite element buckling analyses of a typical steel cylinder with such simulated welding effects are next presented and discussed, leading to a number of significant conclusions.

It was when we stratified the study sample by smoking status, and in particular when we examined the welding effects among non/low smokers, that the association of welding fumes, both gas and arc, with lung cancer became quite strong and clear, with indications of dose response.

Conventionally used oxidative anti-felting treatments using sodium hypochlorite, gaseous chlorine, dichloroisocyanuric acid etc. release chlorine leading to high concentration of absorbable organic halides in waste water; application of resin results in stiffer handle because of spot welding effect.

The weld profile effects were also studied.

After finding optimum welding condition, effect of pass number on distribution of nanosilica in ABS matrix has been studied through X-ray diffraction (XRD) analysis and scanning electron microscopy (SEM).

To develop improved details for welded unreinforced connections the effects of weld metal, weld access hole geometry, beam web attachment, continuity plates, and panel zone strength on cyclic ductility were investigated using non-linear finite element models and full-scale connection tests.

To improve the corrosion properties of the weld, the effect of post-weld-heat-treatments ranging from 573 to 1173 K was investigated.

The welding heat input effect played a more important role than the pulses effect to the grain structure in P-GMAW.

This paper is concerned with the development of a modelling framework to predict the effects of welding and post-weld heat treatment on thermo-mechanical performance of welded material, as a step towards a design tool for industry.