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1998 general thermodynamics general thermodynamics E 1000 23 - 009 Present Achievements, Problems and Perspectives Associated with a Semiempirical Study of the Al–Cu–Mg–Si–Zn Light Alloy System. Key experiments for the improvement of the thermodynamic description of the system mentioned above are identified. A review of the main features and models is presented. The use of more physically realistic models for the representation of multicomponent systems is discussed. The perspectives for further assessments by use of the Calphad method are very promising. — (FRIES, S. G.; HURTADO, I.; JANTZEN, T.; SPENCER, P. J.; HARI KUMAR, K. C.; ALDINGER, F.; LIANG, P.; LUKAS, H. L.; SEIFERT, H. J.; J. Alloys Compd. 267 (1998) 1-2, 90-99; Inst. Gesteinshuettenkunde, RWTH Aachen, D-52056 Aachen, Germany; EN) 1

ChemInform Abstract: Present Achievements, Problems and Perspectives Associated with a Semiempirical Study of the Al—Cu—Mg—Si—Zn Light Alloy System

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Page 1: ChemInform Abstract: Present Achievements, Problems and Perspectives Associated with a Semiempirical Study of the Al—Cu—Mg—Si—Zn Light Alloy System

1998 general thermodynamics

general thermodynamicsE 1000

23 - 009Present Achievements, Problems and Perspectives Associated witha Semiempirical Study of the Al–Cu–Mg–Si–Zn Light Alloy System.— Key experiments for the improvement of the thermodynamic descriptionof the system mentioned above are identified. A review of the main featuresand models is presented. The use of more physically realistic models forthe representation of multicomponent systems is discussed. The perspectivesfor further assessments by use of the Calphad method are very promising.— (FRIES, S. G.; HURTADO, I.; JANTZEN, T.; SPENCER, P. J.; HARIKUMAR, K. C.; ALDINGER, F.; LIANG, P.; LUKAS, H. L.; SEIFERT, H. J.;J. Alloys Compd. 267 (1998) 1-2, 90-99; Inst. Gesteinshuettenkunde, RWTHAachen, D-52056 Aachen, Germany; EN)

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