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Faculty of Civil Engineering
Faculty of Civil Engineering

Computational Multi-physics Competence Centre

Phone number: (0 5) 274 5216 Email: bernhard-josef.peters@vilniustech.lt
Kompiuteris

Mission

Centre advances cutting-edge multi-physics research and innovation by supporting academia and industry with state-of-the-art computational expertise.

Leadership

• Lead: Prof. em. Bernhard Peters, Chief Research Fellow
• Consultant: Prof. em. Rimantas Kačianauskas

Expertise

Centre brings together expertise in discrete–continuum coupling, multi-scale modelling, and large-scale simulations to address complex physical systems that cannot be captured by single-physics approaches alone. Centre activities span fundamental research, applied industrial problem-solving, and advanced education, enabling accurate prediction, optimization, and virtual prototyping of real-world systems.

Impact

  • For Research, the Centre enables high-impact, interdisciplinary studies by providing advanced modelling capabilities that push beyond conventional simulation boundaries and support international collaboration.
  • For Industry, it delivers predictive simulation tools that reduce development time, lower experimental costs, and support innovation in energy, manufacturing, materials, and environmental technologies.
  • For Education, the Centre trains the next generation of scientists and engineers in state-of-the-art multi-physics simulation, equipping them with skills essential for modern research and industry-driven problem solving.
  • Together, these activities position the Multi-Physics Competence Centre at Vilnius Tech as a key contributor to scientific excellence, industrial competitiveness, and sustainable technological development.

The Centre’s scientific output with VILNIUS TECH affiliation: 3 publications (Q1), 1 publication (Q2), and 1 publication (Q3):

Q1 (IF10)

Bernhard Peters, Numerical and experimental analysis of hydrogen absorption on Lanthanum pentanickel, Journal of Energy Storage, Volume 152, Part B, 2026, 120806, ISSN 2352-152X

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Q1 (IF4.2)

Ignas Bitinaitis, Karolis Stravinskas, Sergejus Borodinas, Genrik Mordas, Alexandr Belosludtsev, Reflectivity improvement of lightweight active cooled metal mirrors manufactured by additive manufacturing, Optical Materials, Volume 169, 2026, 117570, ISSN 0925-3467

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Q1 (IF4.2)

Xinchi Ma, Ying Yang, Rui Xu, Yang Li, Piotr Vasiljev, Dalius Mazeika, Sergejus Borodinas, Modal-coupled dual-rotor ultrasonic motor with expandable configuration, Ultrasonics, Volume 164, 2026, 108050, ISSN 0041-624X,

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Q2 (IF4.3)

Sina Hassanzadeh Saraei, Bernhard Peters, Challenging the physical origin of tumbling in idealized settling of two spherical particles, Particuology, Volume 110, 2026, Pages 131-143, ISSN 1674-2001

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Q3 (IF1.9)

Peters, Bernhard. “Introduction of an Euler–Lagrange framework for a single screw extruder based on the extended discrete element method (XDEM)” International Polymer Processing. 2026

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