Regular shapes are casted by Continuous casting such as billets, blooms slabs and rounds. Can you predict of casting shapes like angles and channels in CC machine? Explain.
Gaurav KumarGold
Regular shapes are casted by Continuous casting such as billets, blooms slabs and rounds. Can you predict of casting shapes like angles and channels in CC machine? Explain.
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Based on my knowledge it may be predicted by strain analysis and microsegregation method.The tensile strains at the solidifying front caused by bulging, unbending, and misalignment of supporting rolls in a four-point-unbending bow caster were calculated. The roll gap in the caster was measured for tRead more
Based on my knowledge it may be predicted by strain analysis and microsegregation method.The tensile strains at the solidifying front caused by bulging, unbending, and misalignment of supporting rolls in a four-point-unbending bow caster were calculated. The roll gap in the caster was measured for the calculation of the strains caused by the misalignment of the supporting rolls. The calculated strain status near the solidifying front was used to predict the internal cracks. Critical strains based on some experimental data were adopted as the crack criteria. I have related to presence of any sharp corner or internal defect theory. Any corrections will be welcomed.
See lessBetter to attend ICME(Integrated Computational Materials Engineering) conference/workshop conducted by IISC/IITK.CC is good for rails/biilets/plates(flat products. It is difficult to control dam formation in tundish. Hydrodynamics of pouring basin/time is critical. Always it is better to predict modRead more
Better to attend ICME(Integrated Computational Materials Engineering) conference/workshop conducted by IISC/IITK.CC is good for rails/biilets/plates(flat products. It is difficult to control dam formation in tundish. Hydrodynamics of pouring basin/time
See lessis critical. Always it is better to predict models by CAD-CAM/ICME. For angular/curved structures CC is 50% successful. Rest is wastage of liquid steel. Are you ready to take risk?
Yas casted angle channel by cc machine but strength problem is carried, we don't obtained maximum strength long life it's fail rapidly
Yas casted angle channel by cc machine but strength problem is carried, we don’t obtained maximum strength long life it’s fail rapidly
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