ISSN 2594-5297
57° Seminário de Laminação e Conformação de Metais — vol. 57, num.57 (2022)
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Abstract
THE INCREASINGLY DEMANDING MARKET FOR HARDENED STEEL BARS AND HEAVY TUBES FOR OCTG AND VARIOUS INDUSTRIAL APPLICATIONS REQUIRES THE DEVELOPING OF MORE EFFICIENT QUENCHING DEVICES. SMS GROUP UNDERTOOK A SIGNIFICANT RESEARCH EFFORT TO EXPAND THE ORIGINAL CONCEPT OF TANGENTIAL WATER SPRAYING WITH THE AIM OF A PERFORMANCE INCREASE AND TO MAKE IT SUITABLE FOR EFFECTIVELY TREATING LARGE BARS. COMPUTATIONAL FLUIDODYNAMICS ADDED THE CAPABILITY OF PREDICTING THE QUENCHING RESULTS AND ALLOWED TO SKIP MOST THE TIME-CONSUMING PROTOTYPE REALIZATION PHASE AND TO OPTIMIZE THE PROCESS PARAMETERS.
THE INCREASINGLY DEMANDING MARKET FOR HARDENED STEEL BARS AND HEAVY TUBES FOR OCTG AND VARIOUS INDUSTRIAL APPLICATIONS REQUIRES THE DEVELOPING OF MORE EFFICIENT QUENCHING DEVICES. SMS GROUP UNDERTOOK A SIGNIFICANT RESEARCH EFFORT TO EXPAND THE ORIGINAL CONCEPT OF TANGENTIAL WATER SPRAYING WITH THE AIM OF A PERFORMANCE INCREASE AND TO MAKE IT SUITABLE FOR EFFECTIVELY TREATING LARGE BARS. COMPUTATIONAL FLUIDODYNAMICS ADDED THE CAPABILITY OF PREDICTING THE QUENCHING RESULTS AND ALLOWED TO SKIP MOST THE TIME-CONSUMING PROTOTYPE REALIZATION PHASE AND TO OPTIMIZE THE PROCESS PARAMETERS.
Keywords
Tubes; Bars; Quenching; CFD
Tubes; Bars; Quenching; CFD
How to refer
Cota, Helton de Freitas.
PIPE AND BAR QUENCH BENCHMARK
,
p. 161-172.
In: 57° Seminário de Laminação e Conformação de Metais,
São Paulo,
2022.
ISSN: 2594-5297
, DOI 10.5151/2594-5297-34343
