HEAT-TRANSFER DURING HOT-ROLLING OF STEEL STRIP

[1] SIMPLIFIED ROLL-TEMPERATURE MODEL - CONVECTIVE COOLING [J]. METALS TECHNOLOGY, 1982, 9 (DEC): : 478 - 484

[2] ROLL-GAP TEMPERATURE MODELS FOR HOT MILLS [J]. METALS TECHNOLOGY, 1982, 9 (DEC): : 469 - 477

[3] SIMPLIFIED ROLL-TEMPERATURE MODEL - SPRAY-COOLING AND STRESS EFFECTS [J]. METALS TECHNOLOGY, 1982, 9 (DEC): : 485 - 492

[4] DENTON BK, 1972, J IRON STEEL I, V210, P606

[5] ELSAWY AH, A8320 MET SOC AIME

[6] FUKUDA N, 1981, T IRON STEEL I JPN, V21, P221

[7] GRUDEV AP, 1975, METALLURG, P30

[8] HATTA N, 1981, T IRON STEEL I JPN, V21, P270

[9] PREDICTABLE MODELING FOR COOLING PROCESS OF A HOT STEEL PLATE BY A LAMINAR WATER BAR [J]. ARCHIV FUR DAS EISENHUTTENWESEN, 1984, 55 (04): : 143 - 148

[10] HEWITT EC, 1980, IRONMAK STEELMAK, V7, P180

[1] SIMPLIFIED ROLL-TEMPERATURE MODEL - CONVECTIVE COOLING [J]. METALS TECHNOLOGY, 1982, 9 (DEC): : 478 - 484

[2] ROLL-GAP TEMPERATURE MODELS FOR HOT MILLS [J]. METALS TECHNOLOGY, 1982, 9 (DEC): : 469 - 477

[3] SIMPLIFIED ROLL-TEMPERATURE MODEL - SPRAY-COOLING AND STRESS EFFECTS [J]. METALS TECHNOLOGY, 1982, 9 (DEC): : 485 - 492

[4] DENTON BK, 1972, J IRON STEEL I, V210, P606

[5] ELSAWY AH, A8320 MET SOC AIME

[6] FUKUDA N, 1981, T IRON STEEL I JPN, V21, P221

[7] GRUDEV AP, 1975, METALLURG, P30

[8] HATTA N, 1981, T IRON STEEL I JPN, V21, P270

[9] PREDICTABLE MODELING FOR COOLING PROCESS OF A HOT STEEL PLATE BY A LAMINAR WATER BAR [J]. ARCHIV FUR DAS EISENHUTTENWESEN, 1984, 55 (04): : 143 - 148

[10] HEWITT EC, 1980, IRONMAK STEELMAK, V7, P180