CALPHAD-Simulationen

Mathematische Modelle in der Werkstofftechnik

Simulationen in der Materialwissenschaft

CALPHAD-Simulationen

CALPHAD-Simulationen nutzen computergestützte Modelle und experimentelle Daten, um Phasengleichgewichte und thermodynamische Eigenschaften in Mehrkomponentensystemen vorherzusagen. Diese Simulationen unterstützen die Entwicklung neuer Legierungen und Werkstoffe.

Verwandte Tags

Materials Modelling, Simulation and Data

Additive Fertigung

Unsicherheitsquantifizierung

Hochentropielegierungen

Datengetriebene Gestaltung

Forschung und Entwicklung

Kompositionskomplexe Legierungen

Werkstoffentdeckung

Multi-Skalen Modellierung

Hochentropielegierung

Oxidationskinetik

High-Entropy-Legierung

Integrierte Rechnergestützte Materialwissenschaft

Experimentelle Validierung

Kupferlegierungen

Oxidationsresistenz

Kornverfeinerung

Hochschmelzende Hochentropielegierungen

Metamaterialien

In-situ-Legierung

Korrosionsverhalten

gerichtete Energieablage

Pulveratomisierung

Mechanisches Verhalten

Laser-Pulverbettfusion

Komplex Konzentrierte Legierungen

Versuchsplanung

Datengetriebene Modellierung

Mikrostrukturcharakterisierung im Rasterelektronenmikroskop (EBSD)

Datengetriebene Materialgestaltung

Prozess- & Fertigungstechnologien

Laser-Pulverbett-Schmelzen

Atomsondentomographie

Neues

Novel metallic materials for additive manufacturing: Simulation-aided design and high throughput characterization of high entropy alloys

Gerdt, L. (V)¹; Bach, L.M.²; Jacques, P.³; Kaspar, J.²; Leyens, C.²; Lopez, E.²; Miotti Bettanini, A.³; Müller, M.²; Zimmermann, M.²

3. Fachtagung Werkstoffe und Additive Fertigung

AI-Enhanced ICME Framework for Materials Design

Mamun, O.¹; Mukherjee, A.¹; Saikia, U.¹; Ebna Hai, B.S.M. (Speaker)¹

MaterialsWeek 2025

Accelerating Alloy Discovery through Autonomous Multi-Objective Optimisation and Integrated ICME Frameworks

Mamun, O.¹; Saikia, U.¹; Mukherjee, A.¹; Tappe, A.¹; Ebna Hai, B.S.M. (Speaker)¹

NextGen Materials 2025: The Convergence of Living Essence and Engineered Innovation

Highlight Lecture

High-throughput computational screening of Al-based alloys from scrap metal mixtures

Bugelnig, K. (Speaker)¹; Becker, M.²; Ganzenmüller, J.²; Kargl, F.²; Kolbe, M.²; Navarrete, N.²; Requena, G.²; Strohmann, T.²; Tumminello, S.²

In-situ alloying of V and Ti to the MoNbTaW RHEA by Direct Energy Deposition: effect of laser power on microstructure and mechanical properties

Ribeiro, B.L. (Speaker)¹; Grün, P.²; Toma, F.-L.²; Gerdt, L.²; Kaspar, J.²; Barbosa, M.¹; Santos, R.¹; Sequeiros, E.W.¹

Digitalization of a high-throughput alloy development process

Eisenbart, M. (Speaker)¹; Bauer, F.¹; Klotz, U.¹; Weber, M.²; Hanke, T.²; Dziwis, G.³; Beygi-Nasrabadi, H.⁴; Tikana, L.⁵

Highlight Lecture

High-throughput development of Al-Co-Cr-Fe-Ni-Ti compositionally complex alloys for high-temperature applications

Gerdt, L. (Speaker)¹; Heidowitzsch, M.²; Hilhorst, A.³; Jacques, P.³; Kaspar, J.²; Leyens, C.²; Mittag, A.²; Müller, M.²; Zimmermann, M.²

Challenge and Potential of Cu Residues in Recycling Steel

Krupp, U. (Speaker)¹; Springer, H.¹; Gramlich, A.R.M.¹

FEMS EUROMAT 2023

Development of β-phase strengthened Titanium alloy to achieve improved strength and ductility via laser processing

Mohanty, I. (Speaker)¹; Misra, S.¹; Kar, S.K.¹; Saha, P.¹

FEMS EUROMAT 2023

Use of Generative Models to Speed up Materials Discovery

Gregores Coto, A.¹; Precker, C.E. (Speaker)¹; Rey Rodriguez, P.¹; Suhonen, T.²; Andersson, T.²; Laukkanen, A.²; Muiños Landin, S.¹

FEMS EUROMAT 2023

Beliebt

Development of β-phase strengthened Titanium alloy to achieve improved strength and ductility via laser processing

Mohanty, I. (Speaker)¹; Misra, S.¹; Kar, S.K.¹; Saha, P.¹

FEMS EUROMAT 2023

Highlight Lecture

High-throughput computational screening of Al-based alloys from scrap metal mixtures

Bugelnig, K. (Speaker)¹; Becker, M.²; Ganzenmüller, J.²; Kargl, F.²; Kolbe, M.²; Navarrete, N.²; Requena, G.²; Strohmann, T.²; Tumminello, S.²

Use of Generative Models to Speed up Materials Discovery

Gregores Coto, A.¹; Precker, C.E. (Speaker)¹; Rey Rodriguez, P.¹; Suhonen, T.²; Andersson, T.²; Laukkanen, A.²; Muiños Landin, S.¹

FEMS EUROMAT 2023

Accelerating Alloy Discovery through Autonomous Multi-Objective Optimisation and Integrated ICME Frameworks

Mamun, O.¹; Saikia, U.¹; Mukherjee, A.¹; Tappe, A.¹; Ebna Hai, B.S.M. (Speaker)¹

NextGen Materials 2025: The Convergence of Living Essence and Engineered Innovation

Highlight Lecture

High-throughput development of Al-Co-Cr-Fe-Ni-Ti compositionally complex alloys for high-temperature applications

Gerdt, L. (Speaker)¹; Heidowitzsch, M.²; Hilhorst, A.³; Jacques, P.³; Kaspar, J.²; Leyens, C.²; Mittag, A.²; Müller, M.²; Zimmermann, M.²

Novel metallic materials for additive manufacturing: Simulation-aided design and high throughput characterization of high entropy alloys

Gerdt, L. (V)¹; Bach, L.M.²; Jacques, P.³; Kaspar, J.²; Leyens, C.²; Lopez, E.²; Miotti Bettanini, A.³; Müller, M.²; Zimmermann, M.²

3. Fachtagung Werkstoffe und Additive Fertigung

Challenge and Potential of Cu Residues in Recycling Steel

Krupp, U. (Speaker)¹; Springer, H.¹; Gramlich, A.R.M.¹

FEMS EUROMAT 2023

Digitalization of a high-throughput alloy development process

Eisenbart, M. (Speaker)¹; Bauer, F.¹; Klotz, U.¹; Weber, M.²; Hanke, T.²; Dziwis, G.³; Beygi-Nasrabadi, H.⁴; Tikana, L.⁵

In-situ alloying of V and Ti to the MoNbTaW RHEA by Direct Energy Deposition: effect of laser power on microstructure and mechanical properties

Ribeiro, B.L. (Speaker)¹; Grün, P.²; Toma, F.-L.²; Gerdt, L.²; Kaspar, J.²; Barbosa, M.¹; Santos, R.¹; Sequeiros, E.W.¹

AI-Enhanced ICME Framework for Materials Design

Mamun, O.¹; Mukherjee, A.¹; Saikia, U.¹; Ebna Hai, B.S.M. (Speaker)¹

MaterialsWeek 2025

Highlight Lecture

Combinatorial design of Al-Co-Cr-Fe-Ni-Ti compositionally complex alloys with low Cr content for high-temperature applications

Gerdt, L. (Speaker)¹; Heidowitzsch, M.²; Hilhorst, A.³; Jacques, P.J.³; Kaspar, J.²; Leyens, C.⁴; Lopez, E.²; Mittag, A.²; Müller, M.²; Zimmermann, M.⁴

FEMS EUROMAT 2023

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