Calculation of Solidification during Continuous Casting and its Experimental Verification
p.329
p.329
Numerical Methods for Safeguarding the Performance of the Quenching Process
p.335
p.335
Simulation of Precipitation of Compounds from Solid Solution by Joined Finite Difference and Cellular Automaton Methods
p.341
p.341
Experimental Study of Heat Transfer in Hot Rolling and Continuous Casting
p.347
p.347
Quantitative Validation of Microstructure Simulation in Case of Unidirectionally Solidified Al-Si Alloys
p.355
p.355
Dimensions of Lifetime Management
p.361
p.361
Chaotic Phenomena in Fast Plastic Deformation (in the Case of Cutting)
p.369
p.369
Macrostructure Prediction of CC Slabs
p.375
p.375
Topological Characterization of Finite Cellular Systems Represented by 4-Dimensional Polytopes
p.381
p.381
Quantitative Validation of Microstructure Simulation in Case of Unidirectionally Solidified Al-Si Alloys
Abstract:
The paper focuses on the microstructural investigation of Al-Si binary alloys solidified under steady- and non-steady state conditions using a unidirectional heat removal. A brief description of the developed solidification simulation software and its validation by computer aided image analysis are also given.
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Periodical:
Materials Science Forum (Volumes 473-474)
Pages:
355-360
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Online since:
January 2005
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© 2005 Trans Tech Publications Ltd. All Rights Reserved
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