Two-dimensional oscillation of a continuous casting mould
A technology of mold and continuous casting machine, applied in the field of mold (also known as continuous casting mold) oscillation, can solve the problems of high complexity and difficult to use, and achieve the effect of effective lubrication and improved lubrication
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[0042] exist figure 1 shows the trajectory curve (also referred to as motion trajectory) with respect to the broad side of a vertically oscillating mold according to the prior art during one-dimensional oscillation. It can be seen directly from the trajectory curve that the direction of movement of the mold—and thus also of the broad side plates—reverses correspondingly in the top dead center OT and in the bottom dead center; moreover, v≡0 holds true for the velocity v of the mold in the two dead centers OT and UT. Furthermore, the acceleration of the mold in the dead points OT and UT has exactly a maximum value (if for example s=A.sin(ω.t) holds for a displacement s along the vertical y direction), then For the velocity v and the acceleration a, apply v= =A.ω.cos(ω.t) and a= =-A.ω 2 .sin(ω.t). By having │a│=A.ω in the dead points OT and UT 2 Due to the higher acceleration a and the higher friction associated therewith: the strand shell or the casting powder which is s...
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