ISSN 2594-357X
Title
Authorship
DOI
Downloads
Abstract
The trajectory and landing point of burden flow is determined by forced state. Based on comprehensive analysis of burden state forced in rotary chute, this paper presents a mathematical model of burden’s slippage process in rotary chute, and the related analysis are completed, mainly investigating the effect of Coriolis force (CF) and charge system on trajectory and landing point of burden flow. The results show that the velocity of burden departing from rotary chute decreases under the CF, and the landing point of burden trends the center of BF; the CF has observably effect with increase in length, angle of chute and the stock line.
The trajectory and landing point of burden flow is determined by forced state. Based on comprehensive analysis of burden state forced in rotary chute, this paper presents a mathematical model of burden’s slippage process in rotary chute, and the related analysis are completed, mainly investigating the effect of Coriolis force (CF) and charge system on trajectory and landing point of burden flow. The results show that the velocity of burden departing from rotary chute decreases under the CF, and the landing point of burden trends the center of BF; the CF has observably effect with increase in length, angle of chute and the stock line.
Keywords
Coriolis force; Trajectory of burden flow; Bell-less top; Blast furnace.
Coriolis force; Trajectory of burden flow; Bell-less top; Blast furnace.
How to refer
Shengli, WU;
Hui, CHEN;
Xiaobo, YU;
Jian, XU;
Oliveira, Dauter.
THEORETICAL ANALYSIS OF THE EFFECT OF CORIOLIS FORCE ON THE TRAJECTORY OF BURDEN FLOW FOR BELL-LESS TOP BF
,
p. 990-997.
In: 38º Seminário de Redução de Minério de Ferro e Matérias-primas e 9º Simpósio Brasileiro de Minério de Ferro,
São Luís - MA,
2008.
ISSN: 2594-357X
, DOI 10.5151/2594-357x-0098
