An approximate method for computing the temperature distribution over material thickness during hot flat rolling

Analysis of temperature distribution in the hot plate rolling of Mg alloy by experiment and finite element method

“…Fig. 2 schematically shows a heat transfer phenomena during rolling, highlighted by Moon and Lee (2012), illustrating that the heat exchange between the plate and surrounding environment, including rolls, occurs as a result of plastic deformation, conduction and friction at the plate/work rolls interfaces, conduction inside the plate, and convection and radiation to the environment. Figs.…”

“…They found that about 33% of the total heat lost from the slab was extracted by the colder work rolls. Moon and Lee (2012) have studied this distribution along thickness during rolling and proposed an analytic solution using a sixth-order polynomial function. Yu et al (2012) have investigated the temperature change of cold Mg alloy strips during rolling by FEM (finite element method) and found that the cold rolling process could be realized with heated rolls.…”

Improvement of the Method for Calculating the Metal Temperature Loss on a Coilbox Unit at The Rolling on Hot Strip Mills

“…The development of such a tool, taking into account the features of the equipment of the 1680 and the 1700 rolling mills, will allow to evaluate their technical capabilities and expand the assortment, including those produced using the Thermo-Mechanical Control Process (ТМСР) technology. The simulation of the hot deformation temperature conditions has been extensively studied by the authors of [2][3][4][5][6][7][8][9][10][11][12][13][14][15][16]. The proposed solutions are aimed both at specific sets of rolling equipment, and laboratory samples of the mills.…”

“…The important point noted in works [2,17,18] is the need to obtain accurate models for designing a controlled rolling technology for microalloyed steel grades. Also, the importance of accurate temperature determination was noted by the authors [3,4,15,[18][19][20][21] in order to ensure the required cooling rate, structure, mechanical properties and other quality characteristics of rolled products. It should be noted that in works [2-4, 8, 22, 23] the authors studied discrete deformation processes without reference to specific production complexes.…”

“…The authors of papers [4,11,24] proposed a temperature changing model, the error of which is defined in Celsius (ºC) or Kelvin (K) degrees. Thus, the temperature deviation in [4], determined by two methods, is 4.2°C, in [11] the temperature deviation on the surface of the two experimental sheets was from -20°C to +10°C and from +10°C to +30°C, respectively. In [13], the authors investigated the influence of velocity processes on the temperature drop along the strip length, taking into account the coiling at the CoilBox unit, but the dependence itself is not given.…”