Reza Darvishi Kamachali

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Head of Division 5.5 Materials Modelling

Federal Institute For Materials Research and Testing

Germany

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About

Reza Darvishi Kamachali is the Head of Division 5.5 Materials Modelling at the Federal Institute For Materials Research and Testing in Germany. His research focuses on materials modeling, particularly in areas such as anisotropic creep behavior, thermodynamics of multi-component systems, and phase-field simulations. Recent articles authored by Professor Kamachali include studies on the microstructure-based modeling of Inconel alloys and the impact of segregation-induced effects on material embrittlement.

Recent Grants

Grant: Close

Studying and design of chemo-mechanically heterogeneous microstructures using full-field and mean-field modelling

Open Date: 2018-01-01

Close Date: 2023-01-01

Grant: Close

Evolution of strengthening phases under in-service stresses and temperatures: phase-field and experimental study

Open Date: 2017-09-01

Close Date: 2020-09-01

Grant: Close

Entwicklung verfestigender Phasen unter Betriebsspannungen und -temperaturen: Phasenfeld-Modellierungen und experimentelle Untersuchungen

Open Date: 2014-01-01

Close Date: 2017-01-01

Articles (17)

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2023

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2023

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2023

Collaborators (2)

Ali Ahmadian

Helmholtz-Institute Ulm

GERMANY

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Gregory Bruce Thompson

The University of Alabama

UNITED STATES

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Reza Darvishi Kamachali

Research Interests

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About

Recent Grants

Articles (17)

Microstructure-based modelling of the anisotropic creep behaviour in additively manufactured Inconel 718

Incorporating elasticity into the thermodynamics and phase diagrams of multi-component systems

Thermodynamics of grain boundary segregation transition and their relevance for liquid metal embrittlement in Fe-Zn system

PINNs-MPF: A Physics-Informed Neural Network framework for Multi-Phase-Field simulation of interface dynamics

PINNs-MPF: An Efficient Physics-Informed Machine Learning-based Solver for Multi-Phase-Field Simulations using Tensorflow

Segregation-induced hydrogen embrittlement in titanium

Creep anisotropy of additively manufactured Inconel-738LC: Combined experiments and microstructure-based modeling

Mean-field modeling and Phase-field simulation of Grain Growth under Directional driving forces

Coupling density phase field models with atomistic potentials

Giant segregation transition as origin of liquid metal embrittlement in the Fe-Zn system

Shear Band Formation with Split Hopkinson Bar Experiments

Extending Density Phase-Field Simulations to Dynamic Regimes

Segregation-induced grain-boundary precipitation during early stages of liquid-metal embrittlement of an advanced high-strength steel

Segregation-induced grain-boundary precipitation during early stages of liquid-metal embrittlement of an advanced high-strength steel

Extending Density Phase-Field Simulations to Dynamic Regimes

Interstitial Segregation has the Potential to Mitigate Liquid Metal Embrittlement in Iron

Interstitial Segregation has the Potential to Mitigate Liquid Metal Embrittlement in Iron

Collaborators (2)

Ali Ahmadian

Gregory Bruce Thompson

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