Jun.-Prof. Maksym Dosta
Address Hamburg University of Technology Office: Building K. Room 2513 Phone: +49 40 428 78 35 64 Email: dosta(at)tuhh.de | ![]() |
Publications
- Publications: Publications (pdf); Scopus; ORCiD
Main research fields
1. Simulation of processes on different time and length scales
- Development on novel simulation approaches
- Macroscale simulation and optimization of production plants (flowsheet simulation, PBM, etc.)
- Incorporation of data-driven methods
- Coupling process-structure-property relationships
2. Development and implementation of novel simulation systems:
- Novel efficient calculation algorithms and high performance computing (CPU, GPU)
- Calculation methods with various complexity
- Machine learning methods
- Analysis and reduction of large dataset generated from simulations
3. Application and extension of mesh-free approaches
- Hybrid simulation approaches: DEM+MD, DEM+FEM, DEM+PBM
- Particle dynamics in multiphase flows
- Contact mechanics (dry, wet, irregular shaped and deformable particles)
- Packings of non-spherical particles
3. Development and implementation of novel simulation systems:
- Novel efficient calculation algorithms and high performance computing (CPU, GPU)
- Calculation methods with various complexity
- Machine learning methods
- Analysis and reduction of large dataset generated from simulations
4. Mechanical and breakage behavior of complex structured materials
- Static loading and dynamic impacts
- Thermal expansion and sintering
- Fatigue behavior
- Structure-property relationships
Current and recent research projects
- Multiscale analysis of continuous granulation processes
- Integrated process simulation of powder metallurgical shaping and sintering
- Micromechanical simulation of straw pellets breakage during gasification process
- Data-driven multiscale modeling of formation of enzyme agglomerates
- Methods for treating large datasets generated from microscale DEM simulations
- Modeling of sintering of ceramics
- High resolution electron microscopy of fatigue behavior in UHPC and multiscale modelling using a bonded particle model
- Investigation of mechanical behavior of frozen granular materials
- Modeling of packings of non-spherical particles
- Development of novel simulation frameworks:
Videos
- Introduction into open-source simulation frameworks Dyssol and MUSEN:
- Modeling of production plant with Dyssol (Introduction, Modeling of Granulation)
- Microscale DEM calculations in MUSEN (Introduction)
- Exemplary simulations:
Team
- Tsz Tung Chan
- Philipp Nicolas Depta
- Kolja Jarolin
- Carine Lourenco Alves
- Sebastian Rybczynski
- Vasyl Skorych
- Mirele Horsth de P. Teixeira
Support
The research group V-EXK1 "Multiscale Modeling of Solids Processes" is part of college of excellence and is supported by Glatt company.