As all operations can be automated and controlled, continuous casting offers numerous possibilities to adapt production flexibly and rapidly to changing market requirements and to combine it with digitization technologies. Furthermore, the properties of the products can be easily modified by changing the casting parameters. Compared to casting in moulds, continuous casting is more economical, as it consumes less energy and produces less scrap. Although originally a process that was developed on an industrial scale in the early decades of the 20th century for the casting of non-ferrous alloys, its use has been widespread also for steel since the 1950s. Recent examples involving mould taper, oscillation-mark formation, solidification shrinkage-induced macrosegregation and electromagnetic stirring are considered, as are the possibilities for the modelling of exudation, columnar-to-equiaxed transition, V-segregation, centreline porosity and mechanical soft reduction.Ĭontinuous casting is a process whereby molten metal is solidified into semi-finished billets, blooms, slabs or strips for subsequent rolling in finishing mills it is the most frequently used process to cast not only steel, but also aluminum and copper alloys, with the main configurations being as shown in Figure 1. This approach is well-suited to the modelling of continuous casting processes, which often involve the interaction of complex multiphysics. In this approach, the governing equations are nondimensionalized and systematically simplified to obtain a formulation which is numerically much cheaper to compute, yet does not sacrifice any of the physics that was present in the original problem in addition, the results should agree also quantitatively with those of the original model. Whilst there is certainly a need for this type of modelling, this paper highlights an alternative approach more grounded in applied mathematics, which lies between overly simplified analytical models and multi-dimensional simulations. CW: Mentions of and references to strong sexual content, rape, incest, pedophilia, homophobia, biphobia, and domestic abuse.With readily available and ever-increasing computational resources, the modelling of continuous casting processes-mainly for steel, but also for copper and aluminium alloys-has predominantly focused on large-scale numerical simulation. Images are blurred but still sexual in nature. Meltys Quest is a bit of an oddity to me. I can normally just place a game in the “good” or “bad” category and be done with it. I did enjoy Meltys Quest overall, but there were also a lot of issues that I had with it, and those issues are ones that prevent me from giving it a blanket recommendation across the board. One of the key reasons that I choose to do away with review scores is because some factors may be more or less important for some people than others. A review is merely one interpretation of the game in question, and one’s own interpretations will be based very heavily on their own backgrounds. My own background as a feminist is one that makes me a lot more critical of certain aspects of this game than most of its target audience will care about. While I am far from sex negative, I do tend to hold a lot of disdain for porn, or at the very least mainstream pornography. I don’t believe that it is doing direct harm or needs to be banned like the stereotypical angry triggered feminazi stereotype does, but rather I think that most porn… kinda sucks, and I don’t mean in the sexy way (although it does that to). If anything, I actually have far more respect for the eroge genre than most do because I don’t think that being an eroge justifies shitty writing or immaturity. Yes, the intent of the game is kept in mind, but such a thing is just common sense when reviewing.
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