Wear Compensation Model Based on the Theory of Archard and Definite Integral Method

Table 5

The rolling parameters of different grade strip.

Strip type	Rolling pass	Entry thickness/mm	Exit thickness/mm	Reduction rate/%	Unit tension/kN⋅mm^−1	Rolling force/kN	Rolled speed/m⋅min^−1
Q195	1	2.75	1.804	34.40	145.87	8450	240
	2	1.804	1.053	41.63	156.3	9430	440
	3	1.053	0.626	40.55	150.1	9190	656
	4	0.626	0.392	37.38	144.56	9250	924
	5	0.392	0.26	33.67	132.45	8750	1113
SPCC	1	2.5	1.609	35.64	143.244	8430	250
	2	1.6099	0.981	39.06	151.23	9350	442
	3	0.901	0.561	37.74	145.61	9110	676
	4	0.501	0.305	39.12	134.56	9150	934
	5	0.305	0.261	14.43	122.55	8350	1120
SPCD	1	2.5	1.482	40.72	135.47	8550	250
	2	1.482	0.865	41.63	1461.3	9230	4530
	3	0.865	0.534	38.27	144.41	9110	675
	4	0.534	0.325	39.14	114.56	9200	934
	5	0.325	0.24	26.15	112.45	8250	1010