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Marco Seiz
Observed names:
M. Seiz,
Seiz, Marco
Institutions:
Karlsruhe Institute of Technology,
Kyoto Institute of Technology
Observed institutions:
Karlsruhe Institute of Technology,
Kyoto Institute of Technology
ORCID:
0000-0002-7712-2394
Observed ORCID:
0000-0002-7712-2394
OpenAlex ID:
A5085962072
Phase-field simulation of solid state sintering
2018
·
Johannes Hötzer
, Marco Seiz
, et al.
·
Acta Materialia
·
134
Phase-field study of grain growth in porous polycrystals
2019
·
Veronika Rehn
, Johannes Hötzer
, et al.
·
Acta Materialia
·
37
Code generation for massively parallel phase-field simulations
2019
·
Martin Bauer
, Johannes Hötzer
, et al.
·
2012 International Conference for High Performance Computing, Networking, Storage and Analysis
·
25
Data workflow to incorporate thermodynamic energies from Calphad databases into grand-potential-based phase-field models
2021
·
Kaveh Dargahi Noubary
, Michael Kellner
, et al.
·
Journal of Materials Science
·
23
PDF
Effect of rigid body motion in phase-field models of solid-state sintering
2022
·
Marco Seiz
·
Computational Materials Science
·
22
PDF
Revealing process and material parameter effects on densification via phase-field studies
2024
·
Marco Seiz
, Henrik Hierl
, et al.
·
Scientific Reports
·
21
PDF
Simulation of dendritic–eutectic growth with the phase-field method
2023
·
Marco Seiz
, Michael Kellner
, et al.
·
Acta Materialia
·
18
PDF
Modelling and simulation of the freeze casting process with the phase-field method
2021
·
Marco Seiz
, Britta Nestler
·
Computational Materials Science
·
14
Unravelling densification during sintering by multiscale modelling of grain motion
2023
·
Marco Seiz
, Henrik Hierl
, et al.
·
Journal of Materials Science
·
13
PDF
An improved grand-potential phase-field model of solid-state sintering for many particles
2023
·
Marco Seiz
, Henrik Hierl
, et al.
·
Modelling and Simulation in Materials Science and Engineering
·
13
PDF
Solidification of a quaternary X5CrNi18-10 alloy during laser beam welding using CALPHAD data in a phase-field approach
2025
·
Muhammad Umar
, Marco Seiz
, et al.
·
Computational Materials Science
·
9
Lustre I/O performance investigations on Hazel Hen: experiments and heuristics
2021
·
Marco Seiz
, Philipp Offenhäuser
, et al.
·
The Journal of Supercomputing
·
9
PDF
Extreme Scale Phase-Field Simulation of Sintering Processes
2019
·
Henrik Hierl
, Johannes Hotzer
, et al.
·
7
The Impact of Pores on Microstructure Evolution: A Phase-Field Study of Pore-Grain Boundary Interaction
2018
·
V. Rehn
, J. Hötzer
, et al.
·
Springer eBooks
·
6
High heating rate effects in sintering: A phase-field study of La-doped alumina
2025
·
Marco Seiz
, Tomohiro Takaki
·
Materials & Design
·
4
Phase-Field Simulations with the Grand Potential Approach
2021
·
M. Seiz
, P. Hoffrogge
, et al.
·
Springer eBooks
·
3
Simulation of Dendritic-Eutectic Growth with the Phase-Field Method
2023
·
Marco Seiz
, Michael Kellner
, et al.
·
SSRN Electronic Journal
·
2
Accelerating Phase-Field Simulations for HPC-Systems
2021
·
M. Seiz
, J. Hötzer
, et al.
·
Springer eBooks
·
1
A novel pseudo-periodic boundary condition for eliminating surface artifacts in multi-phase-field sintering simulation
2026
·
Aoi Nakazawa
, Marco Seiz
, et al.
·
Materials & Design
Numerical efficiency of explicit time integrators for phase-field models
2026
·
Marco Seiz
, Tomohiro Takaki
·
Computational Materials Science
Supplementary material to "Numerical efficiency of explicit time integrators for phase-field models"
2026
·
Seiz, Marco
·
Zenodo (CERN European Organization for Nuclear Research)
Phase-Field Simulation of Sintering Processes
2026
·
Marco Seiz
, Henrik Hierl
, et al.
·
Springer eBooks
Corrigendum to “Simulation of dendritic-eutectic growth with the phase-field method” [Acta Materialia 254 (2023) 118965]
2024
·
Marco Seiz
, Michael Kellner
, et al.
·
Acta Materialia
Erratum: An improved grand-potential phase-field model of solid-state sintering for many particles (2023 Modelling Simul. Mater. Sci. Eng. 31 055006)
2023
·
Marco Seiz
, Henrik Hierl
, et al.
·
Modelling and Simulation in Materials Science and Engineering
High-performance multiphase-field simulations of solid-state phase transformations using Pace3D
2023
·
E. Schoof
, T. Mittnacht
, et al.
·
Springer eBooks
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Works count:
41
Citation count:
361
H-index:
10
I10-index:
10
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