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Cincinnati T01[removed]Simulation of Flow-Induced Gas Entrapment and its Effect on Porosity in Aluminum Die Castings G. Backer
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Document Date: 2014-01-18 01:32:41


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File Size: 648,90 KB

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City

Rosemont / Chicago / /

Company

Theoretical Model Software / Ranganathan & J. Heimsch Madison Kipp Corporation / WRAFTS Simulation Software / McLaughlin & C. W. Kim EKK Inc. / /

IndustryTerm

metal / gas content / gas bubble compression/expansion / gas/air voids / finite element simulation algorithm / gas entrapment model / entrapped gas / trapped gas model / gas remaining / gas bubbles / front differential carrier die casting / linear isoparametric finite element solution / conventional algorithm / liquid metal / liquid metal fronts / gas/air / liquid metal stream flowing downward / mold filling simulation algorithm / metal fronts / macroscopic gas bubbles / residual gas / steel die / mold filling simulation software / metal front / trapped gas algorithm / trapped gas calculations / liquid metal front / liquid metal stream / pressurized entrapped gas / gas bubble pressure / /

Person

Equation / /

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Position

gas entrapment model / author / gas entrapment model developed / simulation engineer / /

ProvinceOrState

Illinois / /

Technology

3 The algorithm / mold filling simulation algorithm / improved algorithm / heat transfer / trapped gas algorithm / Simulation / finite element simulation algorithm / conventional algorithm / /

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