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 (pdf); GoogleScholar; Scopus; ORCiD |  |
Research Areas
- Novel methodological simulation concepts
- Simulation, optimization and design of single unit operations and entire production plants
- Application of multiscale modeling strategies to develop sustainable production processes and functionalized materials
- Application of data-driven approaches and machine-learning methods to derive surrogate black-box and hybrid models
- Description of process-structure-property relationships for particulate materials
- Efficient and scalable algorithms for simulation of complex technical systems
- Development and implementation of integrated modeling frameworks
- Novel efficient calculation algorithms and high performance computing (CPU, GPU)
- Hybrid simulation approaches: DEM+MD, DEM+FEM, DEM+PBM, etc.
- Application of novel modeling strategies for various problems from chemical, food, bioprocess engineering and energy technology
Projects
- Multiscale analysis of continuous granulation processes
- Flowsheet simulation of solids 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
- Modeling of granulation process in roller compactor
- Improvement and powder structuration by spray drying
- Breakage of wood pellets
- Methods for treating large datasets generated from microscale DEM simulations
- Multiscale modelling of fatigue behavior of UHPC using a BPM
- Mechanical interaction of solid particles
- Investigation of mechanical behavior of frozen granular materials
- Modeling of ceramics sintering
Lectures (Winter and Summer Term 2021)
- Thermal Waste Treatment (mandatory course)
- Numerics and Matlab (mandatory course)
- Multiscale Simulation of Granular Materials (elective course)
Developed Simulation Frameworks
- Flowsheet simulation framework Dyssol (source code, poster, intro)
- GPU-accelerated DEM-framewotk MUSEN (source code, flyer, intro)
- Unified multiscale framework
Videos
- Introduction to simulation frameworks:
- Modeling of macroscale process (introduction, modeling of granulation)
- Microscale DEM calculations (introduction)
- Exemplary simulations:
- Grinding (pin mill, ball mill)
- Mixing (non-spherical particles, vertical blade mixer)
- Particle packings (chips, noodles)
- Material mechanics (4-point bending, aerogel, concrete)
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.