Temperature Field Simulation of TP2 Copper Strip during Reversible Universal Hot Rolling Using Finite Element Method

Hai Liang Li; Hai Bo Yang; Dong Fang Li

doi:10.4028/www.scientific.net/AMR.459.12

Paper Titles

Finite Element Modeling of Shear-Slitting Process
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Iris Feature Extraction and Matching Based on Space Pyramid
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Temperature Field Simulation of TP2 Copper Strip during Reversible Universal Hot Rolling Using Finite Element Method
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The Combined Homotopy Methods for Optimizition under the Quasi-Normal Cone Condition
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Finite Element Contact Analysis of Locomotive Traction Gears
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Study on Analysis and Evaluation of the Industry Competitiveness in Hebei Province
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Study on Thermal Protection Materials Applied to Electronic Memory Embed in Aircraft
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HomeAdvanced Materials ResearchAdvanced Materials Research Vol. 459Temperature Field Simulation of TP2 Copper Strip...

Temperature Field Simulation of TP2 Copper Strip during Reversible Universal Hot Rolling Using Finite Element Method

Abstract:

As universal hot-rolling cogging can not only make full use of the alloy’s high temperature plastic but also has the characteristic of little deformation resistance, it can provide large volumes of heavy strip. Besides，Universal hot-rolling can reduce the materias of trimming effectively and improve material utilization. At present more than 90 percent of copper and copper alloy strip are manufactured by hot-rolling. The paper presents details of simulation and analysis of 3500×980×200-size copper strip in hot rolling process by using finite element simulation technique. Particular attention is paid to predict the temperature distribution and temperature history in each pass during the process.