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HEAT-FLOW-BASED ANALYSIS OF SURFACE CRACK FORMATION DURING THE START-UP OF THE DIRECT CHILL CASTING PROCESS .1. DEVELOPMENT OF THE INVERSE HEAT-TRANSFER MODEL
Authors: WISKEL JB COCKCROFT SL
Citation: Jb. Wiskel et Sl. Cockcroft, HEAT-FLOW-BASED ANALYSIS OF SURFACE CRACK FORMATION DURING THE START-UP OF THE DIRECT CHILL CASTING PROCESS .1. DEVELOPMENT OF THE INVERSE HEAT-TRANSFER MODEL, Metallurgical and materials transactions. B, Process metallurgy and materials processing science, 27(1), 1996, pp. 119-127
HEAT-FLOW-BASED ANALYSIS OF SURFACE CRACK FORMATION DURING THE START-UP OF THE DIRECT CHILL CASTING PROCESS .2. EXPERIMENTAL-STUDY OF AN AA5182 ROLLING INGOT
Authors: WISKEL JB COCKCROFT SL
Citation: Jb. Wiskel et Sl. Cockcroft, HEAT-FLOW-BASED ANALYSIS OF SURFACE CRACK FORMATION DURING THE START-UP OF THE DIRECT CHILL CASTING PROCESS .2. EXPERIMENTAL-STUDY OF AN AA5182 ROLLING INGOT, Metallurgical and materials transactions. B, Process metallurgy and materials processing science, 27(1), 1996, pp. 129-137
THERMAL-STRESS ANALYSIS OF FUSED-CAST AZS REFRACTORIES DURING PRODUCTION .1. INDUSTRIAL-STUDY
Authors: COCKCROFT SL BRIMACOMBE JK WALROD DG MYLES TA
Citation: Sl. Cockcroft et al., THERMAL-STRESS ANALYSIS OF FUSED-CAST AZS REFRACTORIES DURING PRODUCTION .1. INDUSTRIAL-STUDY, Journal of the American Ceramic Society, 77(6), 1994, pp. 1505-1511
THERMAL-STRESS ANALYSIS OF FUSED-CAST AZS REFRACTORIES DURING PRODUCTION .2. DEVELOPMENT OF THERMOELASTIC STRESS MODEL
Authors: COCKCROFT SL BRIMACOMBE JK WALROD DG MYLES TA
Citation: Sl. Cockcroft et al., THERMAL-STRESS ANALYSIS OF FUSED-CAST AZS REFRACTORIES DURING PRODUCTION .2. DEVELOPMENT OF THERMOELASTIC STRESS MODEL, Journal of the American Ceramic Society, 77(6), 1994, pp. 1512-1521
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