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1. Eutectic solidification processing
: crystalline and glassy alloys
by Elliott, Roy, Ph. D
1983, Butterworths monographs in metals., ISBN 9780408107143, 370
Eutectic alloys | Solidification
Book
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2. Fundamentals of solidification
by Kurz, W and Fisher, D. J
1998, 4th rev. ed., ISBN 0878498044, 305
Eutectics | Alloys | Solidification
Book
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3. Fundamentals of solidification
by Kurz, Wilfried and Fisher, D. J
1989, 3rd ed. --, ISBN 9780878495221, vii, 305
Metal castings | Solidification
Book
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4. Fundamentals of solidification
by Kurz, W and Fisher, D. J
1984, ISBN 9780878495221, 242
Solidification
Book
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5. Full Text Eutectic and peritectic solidification patterns
by Akamatsu, Silvère and Plapp, Mathis
Current Opinion in Solid State & Materials Science, ISSN 1359-0286, 02/2016, Volume 20, Issue 1, pp. 46 - 54
Recent advances in the understanding of eutectic and peritectic two-phase pattern formation under purely diffusive transport are reviewed. The parallel... 
Eutectic alloys | Peritectic alloys | In situ experiments | Phase-field modelling | Solidification | PHYSICS, CONDENSED MATTER | PHYSICS, APPLIED | STABILITY | MATERIALS SCIENCE, MULTIDISCIPLINARY | INSTABILITIES | IN-SITU OBSERVATION | GROWTH-MORPHOLOGY | DIRECTIONAL SOLIDIFICATION | SIMULATIONS | SN ALLOYS | LAMELLAR | UNIDIRECTIONAL SOLIDIFICATION | MICROSTRUCTURE | Analysis | Alloys | Computer simulation | Eutectics | Mathematical models | Formations | Diffusion | Crystallography | Condensed Matter | Physics
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6. Full Text Solidification microstructures and solid-state parallels: Recent developments, future directions
by Asta, M and Beckermann, C and Karma, A and Kurz, W and Napolitano, R and Plapp, M and Purdy, G and Rappaz, M and Trivedi, R
Acta Materialia, ISSN 1359-6454, 2009, Volume 57, Issue 4, pp. 941 - 971
Rapid advances in atomistic and phase-field modeling techniques as well as new experiments have led to major progress in solidification science during the... 
Solid-state phase transformations | Solid-liquid interface | Solidification microstructures | Atomistic modeling | Phase-field modeling | AL-SI ALLOYS | MATERIALS SCIENCE, MULTIDISCIPLINARY | METALLURGY & METALLURGICAL ENGINEERING | DOUBLE-DIFFUSIVE CONVECTION | LENNARD-JONES SYSTEM | LAMELLAR EUTECTIC GROWTH | UNDERCOOLED METALLIC MELTS | FREE DENDRITIC GROWTH | DYNAMICS COMPUTER-SIMULATION | SILICON HYPOEUTECTIC ALLOYS | INTERFACIAL FREE-ENERGY | PHASE-FIELD SIMULATION | Anisotropy | Mechanical engineering | Analysis | Convection modes | Eutectics | Evolution | Transformations | Microstructure | Free energy | Crack propagation | Solidification
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7. Full Text On the stable eutectic solidification of iron–carbon–silicon alloys
by Stefanescu, Doru M and Alonso, Gorka and Larrañaga, Pello and Suarez, Ramon
Acta Materialia, ISSN 1359-6454, 01/2016, Volume 103, pp. 103 - 114
Extensive effort was expanded to elucidate the growth and morphology of the stable eutectic grains during early solidification of continuous cooled Fe–C–Si... 
Eutectic solidification | Eutectic grains | Cast iron | Austenite grains | DENDRITIC GROWTH | MATERIALS SCIENCE, MULTIDISCIPLINARY | METALLURGY & METALLURGICAL ENGINEERING | RATIO | GRAY CAST-IRON | AUSTENITE | SI ALLOYS | NUCLEATION | MACROSTRUCTURE | Sulfur compounds | Silicon alloys | Silicon | Analysis | Graphite | Liquids | Grains | Eutectics | Austenite | Magnesium | Dendritic structure | Solidification
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8. Full Text Modeling equiaxed solidification with melt convection and grain sedimentation—II. Model verification
by Wu, M and Ludwig, A
Acta Materialia, ISSN 1359-6454, 2009, Volume 57, Issue 19, pp. 5632 - 5644
A modified equiaxed solidification model was introduced in Part I. In Part II, a binary Al–Cu alloy casting is simulated using the aforementioned model.... 
Equiaxed | Al–Cu alloy | Macrosegregation | Simulation | Eutectic | Al-Cu alloy | DENDRITIC SOLIDIFICATION | UNDERCOOLED MELT | MATERIALS SCIENCE, MULTIDISCIPLINARY | METALLURGY & METALLURGICAL ENGINEERING | AL-CU ALLOYS | GROWTH | SOLUTE DIFFUSION-MODEL | MULTICOMPONENT ALLOYS | Models | Verification | Sedimentation | Analysis | Arms control | Alloys
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9. Full Text Solidification of welded SiC–ZrB2–ZrC ceramics
by King, Derek S and Watts, Jeremy L and Cissel, Kathleen S and Kadhim, Ali H and Hilmas, Gregory E and Fahrenholtz, William G
Journal of the American Ceramic Society, ISSN 0002-7820, 09/2018, Volume 101, Issue 9, pp. 4331 - 4339
A silicon carbide‐based ceramic, containing 50 vol% SiC, 35 vol% ZrB2, and 15 vol% ZrC was plasma arc welded to produce continuous fusion joints with varying... 
carbides | ultra‐high temperature ceramics | borides | joints/joining | phase equilibria | joining | joints | CONVECTION | ultra-high temperature ceramics | MATERIALS SCIENCE, CERAMICS | ARC | IMAGE-ANALYSIS | MATRIX COMPOSITES | MICROSTRUCTURE | ZRB2-SIC COMPOSITES | Ceramic materials | Silicon carbide | Ceramics | Zirconium compounds | Melting | Plasma arc welding | Crystallization | Joining | Zirconium carbide | Penetration depth | Solidification | Welded joints | Refractory materials | Flow velocity | Eutectic composition
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10. Full Text ZrB2–ZrCxN1−x Eutectic Composites Produced by Melt Solidification
by Cheng, Eric Jianfeng and Katsui, Hirokazu and Goto, Takashi and Dickey, E
Journal of the American Ceramic Society, ISSN 0002-7820, 02/2016, Volume 99, Issue 2, pp. 667 - 673
Ceramic eutectics are naturally occurring in‐situ composites and can offer superior mechanical properties. Here, ZrB2–ZrCxN1−x quasi‐binary ceramic eutectic... 
TEMPERATURE | ZIRCONIUM | STABILITY | GROWTH | DIFFRACTION | STRENGTH | MECHANICAL-PROPERTIES | LAMELLAR | MATERIALS SCIENCE, CERAMICS | MICROSTRUCTURE | CERAMICS | Mechanical properties | Composite materials | Ceramics | Microstructure | Diamond pyramid hardness | Matrices (mathematics) | Particulate composites | Alloys | Orientation relationships | Rods | Dispersion | Solidification | Single crystals | Electric arc melting | Eutectic composites | Eutectic composition | Crystal structure
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11. Full Text Large scale phase-field simulations of directional ternary eutectic solidification
by Hötzer, Johannes and Jainta, Marcus and Steinmetz, Philipp and Nestler, Britta and Dennstedt, Anne and Genau, Amber and Bauer, Martin and Köstler, Harald and Rüde, Ulrich
Acta Materialia, ISSN 1359-6454, 07/2015, Volume 93, pp. 194 - 204
Pattern formation in ternary eutectic microstructures is difficult to predict because of the complex interactions between diffusion and surface energies, as... 
Pattern formation | Phase-field simulation | Directional solidification | Eutectic structure | Al–Ag–Cu | Al-Ag-Cu | AG | MATERIALS SCIENCE, MULTIDISCIPLINARY | METALLURGY & METALLURGICAL ENGINEERING | MICROSTRUCTURES | MODELS | ALLOYS | SN SYSTEM | AL-CU SYSTEM | GROWTH | LAMELLAR | Silver | Analysis | Force and energy | Simulation | Eutectics | Formations | Microstructure | Surface energy | Three dimensional | Solidification
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12. Full Text Solidification of NaCl-LiF- ternary composites
by Acosta, MF and Merino, RI and Ganschow, S and Klimm, D
JOURNAL OF MATERIALS SCIENCE, ISSN 0022-2461, 05/2017, Volume 52, Issue 10, pp. 5520 - 5530
The purpose of this work is to refine the microstructure of eutectic halides, candidates to polaritonic metamaterials, through the directional solidification... 
EUTECTIC FIBERS | AL2O3/Y3AL5O12 | FLOATING-ZONE | HIGH-STRENGTH | MATERIALS SCIENCE, MULTIDISCIPLINARY | GROWTH | PHASE-FIELD SIMULATIONS | METAMATERIALS | SELF-ORGANIZATION | PHOTONIC CRYSTALS | MICROSTRUCTURE | Composition | Composite materials | Directional solidification | Lithium fluoride | Halides | Silicon | Metamaterials | Lithium chlorides | Solid solubility | Solidification
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13. Full Text Phase-Field Modeling of Polycrystalline Solidification: From Needle Crystals to Spherulites—A Review
by Gránásy, László and Rátkai, László and Szállás, Attila and Korbuly, Bálint and Tóth, Gyula I and Környei, László and Pusztai, Tamás
Metallurgical and Materials Transactions A, ISSN 1073-5623, 4/2014, Volume 45, Issue 4, pp. 1694 - 1719
Advances in the orientation-field-based phase-field (PF) models made in the past are reviewed. The models applied incorporate homogeneous and heterogeneous... 
Characterization and Evaluation of Materials | Material Science | Metallic Materials | Structural Materials | Surfaces and Interfaces, Thin Films | Nanotechnology | GRAIN-BOUNDARIES | IN-VITRO | DENDRITIC SOLIDIFICATION | MATERIALS SCIENCE, MULTIDISCIPLINARY | METALLURGY & METALLURGICAL ENGINEERING | CRYSTALLIZATION KINETICS | COMPUTER-SIMULATION | GROWTH-KINETICS | NUCLEATION | EQUIAXED TRANSITION | SUPERCOOLED LIQUIDS | ISOTACTIC POLYPROPYLENE | Thin films | Models | Dielectric films | Analysis | Polycrystals | Metallurgy | Grain growth | Crystal structure | Nucleation | Simulation | Eutectics | Crystals | Scratching | Dendritic structure | Solidification
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14. Full Text Metastable solidification pathways of undercooled eutectic CoSi–CoSi2 alloys
by Jeon, Sangho and Kolbe, Matthias and Kaban, Victoria and Kaban, Ivan and String, Gabrielle and Cleaver, Andre and Shuleshova, Olga and Gao, Jianrong and Matson, Douglas M
Acta Materialia, ISSN 1359-6454, 09/2019, Volume 176, pp. 43 - 52
Solidification and growth behavior of undercooled eutectic CoSi–CoSi melts was observed using containerless levitation and high-energy synchrotron X-ray... 
Undercooling | Electron back-scattering diffraction | In situ synchrotron X-ray diffraction | Metastable solidification | Eutectic Co–Si | TEMPERATURE-DEPENDENCE | CONVECTION | MATERIALS SCIENCE, MULTIDISCIPLINARY | METALLURGY & METALLURGICAL ENGINEERING | COMPETITIVE NUCLEATION | INTERFACIAL ENERGY | Eutectic Co-Si | RAPID SOLIDIFICATION | AT.PERCENT SI MELTS | LEVITATOR | PHASE-SELECTION | GROWTH | MICROSTRUCTURE FORMATION
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15. Full Text Improvement of compressive strength and ductility in NiAl–Cr(Nb)/Dy alloy by rapid solidification and HIP treatment
by Sheng, L.Y and Yang, F and Xi, T.F and Zheng, Y.F and Guo, J.T
Intermetallics, ISSN 0966-9795, 08/2012, Volume 27, pp. 14 - 20
The NiAl–Cr(Nb)/Dy alloy was fabricated by conventionally casting and rapid solidification and treated by hot isostatic pressing treatment (HIP). The results... 
D. Microstructure | A. NiAl | E. Mechanical properties | C. HIP treatment | C. Rapid solidification | NIAL-CR(MO)-HF EUTECTIC ALLOY | NiAl | HIP treatment | MATERIALS SCIENCE, MULTIDISCIPLINARY | METALLURGY & METALLURGICAL ENGINEERING | COMPOUND | Mechanical properties | LAVES PHASE | CHEMISTRY, PHYSICAL | MECHANICAL-PROPERTIES | HIGH-TEMPERATURE APPLICATION | Rapid solidification | DEFORMATION-BEHAVIOR | Microstructure | TA ALLOYS | Structure | Crystals | Alloys
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16. Full Text Effect of composition, high magnetic field and solidification parameters on eutectic morphology in Cu-Ag alloys: Eutectic modification by HMF and solidification
by Zhao, Congcong and Wang, Engang and Zuo, Xiaowei
High Temperature Materials and Processes, ISSN 0334-6455, 04/2017, Volume 36, Issue 4, pp. 373 - 379
High magnetic field (HMF) and solidification processes were changed during the solidification of both Cu-28 mass %Ag and Cu-72 mass %Ag alloys. The results... 
81.30.Fb | Silver | Concentration (composition) | Parameters | Morphology | Eutectics | Eutectic temperature | Copper base alloys | Magnetic fields | Diffusion coefficient | Eutectic composition | Solidification
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