Development and Numerical Simulation of a Compound Belt Casting Process

Heugenhauser, Stefan; Kaschnitz, Erhard; Mittler, Tim; Pintore, Manuel; Schumacher, Peter

doi:10.1007/978-3-319-48251-4_170

Cited by 1 publication

(2 citation statements)

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“…The correlation between the metallographic inspection and the measured thermal compound casting profile is studied using the integral approach [8] (see Equation 1 and Figure 3). Only integrals with T base of 1000 and 1030°C provide a logical relation to the structural analysis showing an increasing metallurgical reconstruction in the near interface area through compound casting, corresponding to Nerl's [21] and Heugenhauser's [22] studies. This provides a time-dependent thermal process window either from approximately 840-1520 Ks for a base temperature of 1000°C or from 140 to 500 Ks for a base temperature of 1030°C.…”

Section: Structural Analysis and Mechanical Testingmentioning

confidence: 99%

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Casting methods for the production of rotationally symmetric copper bimetals

Greß

Mittler

Volk

2020

Materials Science and Technology

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Multiple-material products are characterised by a complex property profile which is achieved by combining the particular advantages of at least two different materials. Bimetal casting is an energy- and material-efficient technology for the production of multi-metallic objects. This paper describes the development of a semi-continuous casting process for the formation of a rotationally symmetric bimetal with a cohesive bonding character at the interface of a copper–tin alloy (CuSn6) and pure copper (Cu99.5). Initial experiments are conducted by static casting to evaluate the thermal process window. Based on the results of the initial experiments, a vertical semi-continuous compound casting process is developed. A stable cohesive bond between the joining partners is accomplished by forming a solid solution at the interface. This paper is part of a Thematic Issue on Copper and its Alloys.

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Section: Structural Analysis and Mechanical Testingmentioning

confidence: 99%

“…Fundamental analyses on the thermal conditions during continuous bimetal casting of Al/Al strips were conducted by Nerl et al [21] and Heugenhauser et al [22] using numerical simulation methods. They defined a thermal process window for the formation of a cohesion with a high bonding quality and sharp transition zone.…”

Section: Introductionmentioning

confidence: 99%