Improving Slab Quality Through Control of Cooling Parameters in Continuous Casting Plants
Journal Title: Analele Universitatii "Dunarea de Jos" din Galati. Fascicula IX, Metalurgie si Stiinta Materialelor - Year 2014, Vol 37, Issue 4
Abstract
Coupling the continuous casting installations with the rolling ones is a modern process that brings considerable economic benefits. During the continuous casting process of steel slabs, necessary technological conditions must be met in order to obtain some semi-finished products with minimum probability of defect appearance, under the conditions of a maximum amount of heat conservation in development without negatively affecting the productivity of the continuous casting machine.
Authors and Affiliations
Marian BORDEI, Ștefan DRAGOMIR
Some Researches Concerning the Deep Drawing Process of the Rectangular Box
The deep drawing process of the rectangular boxes is difficult difficulties because of the complexity of the stress and strain states. This paper presents the results of the researches on the variation of the stamping f...
Compressive Behaviour of Ultra-Sonicated Starch / Carbon Black / Epoxy Composites
Fillers are generally used in order to change some basic properties of polymer matrix but the filler particles often tend to aggregate with consequences in terms of the mechanical properties of the final composite. In or...
Analytical Model of Forge Cutting Process with Asymmetrical Tools
In this paper is developed the theory of forge cutting process feasible with asymmetrical tools. The asymmetrical cutting process is different of the symmetrical cutting process. This type of process is necessary to real...
Industrial Electron-Beam Equipment on Base of Noble and Non-Ferrous Metals
Method of obtaining of metals and alloys by melting – is basic. By this way make in practice the majority of metals, alloys and ligatures. The essence of a method is, that in special melting device (furnace) to melt meta...
Study of the Sintering Process of Iron Powders Coated with Nano-Hydrocarbon and the Resulting Microstructure at Temperatures up to 1200 °C
The objective of the research is development and study of a new ecologically friendly and technologically advanced method for introduction of carbon during sintering of low alloyed iron powders ASC 100.29. The method is...