Features of the defect class “scratches, attritions, lines”, their geometric structure, and their causes are analyzed. An approach is developed that defines subclasses within this class of technological defects based on additional analysis of morphological features. The analysis of the reasons for these subclasses allows additional information to be obtained about the rolling process, identifying additional signs of defects, regulating the rolling conditions of steel strips more accurately, and diagnosing the equipment condition
The defects in the continuous casting slabs can be developed or kept down in principle by rolling te...
AbstractMetallic wires and bars are produced by axisymmetric drawing of hot rolled material and must...
Today, shortened lead-times in the automotive industry have dramatically increased the need for more...
Currently, more and more challenges of modern industrial enterprises require an increase in the reli...
In producing stainless steel cold rolling strip, stripe and decorative pattern shape defects occur o...
Rolling is the final stage of the metallurgical cycle and has a great influence on the quantity and ...
Abstract For a typical surface automated visual inspection (AVI) instrument of planar materials, de...
As market demands tighten, ISD Dunaferr Zrt. is placing increasing emphasis on improving the quality...
Severe competition in US steel industry urges quality improvements in hot rolling processes. Surface...
In automotive and aerospace industries most of the manufacturing processes deal with very flexible p...
Very often defects are present in rolled products. For wire rods, defects are very deleterious since...
In automotive and aerospace industries most of the manufacturing processes deal with very flexible p...
A prototype for an automated visual on-line metal strip inspection system is described. The system i...
Steel hot rolling process is a complex manufacturing process. The recent development of sensing tech...
(a) crazing, (b) inclusion, (c) patches, (d) pitted surface, (e) rolled-in scale, (f) scratches.</p
The defects in the continuous casting slabs can be developed or kept down in principle by rolling te...
AbstractMetallic wires and bars are produced by axisymmetric drawing of hot rolled material and must...
Today, shortened lead-times in the automotive industry have dramatically increased the need for more...
Currently, more and more challenges of modern industrial enterprises require an increase in the reli...
In producing stainless steel cold rolling strip, stripe and decorative pattern shape defects occur o...
Rolling is the final stage of the metallurgical cycle and has a great influence on the quantity and ...
Abstract For a typical surface automated visual inspection (AVI) instrument of planar materials, de...
As market demands tighten, ISD Dunaferr Zrt. is placing increasing emphasis on improving the quality...
Severe competition in US steel industry urges quality improvements in hot rolling processes. Surface...
In automotive and aerospace industries most of the manufacturing processes deal with very flexible p...
Very often defects are present in rolled products. For wire rods, defects are very deleterious since...
In automotive and aerospace industries most of the manufacturing processes deal with very flexible p...
A prototype for an automated visual on-line metal strip inspection system is described. The system i...
Steel hot rolling process is a complex manufacturing process. The recent development of sensing tech...
(a) crazing, (b) inclusion, (c) patches, (d) pitted surface, (e) rolled-in scale, (f) scratches.</p
The defects in the continuous casting slabs can be developed or kept down in principle by rolling te...
AbstractMetallic wires and bars are produced by axisymmetric drawing of hot rolled material and must...
Today, shortened lead-times in the automotive industry have dramatically increased the need for more...