Hledáš téma závěrečné práce, nebo si chceš při studiu vyzkoušet práci v laboratoři? Přidej se k nám do Laboratoře přenosu tepla a proudění na FSI VUT v Brně! U nás se můžeš zapojit do experimentů, měření i počítačových simulací. Ať tě láká stavba experimentálního zařízení, zpracování naměřených dat, nebo modelování přenosu tepla a proudění, ozvi se nám — společně probereme možnosti. Jak se můžeš zapojit?
On 3–4 February 2026, the 3rd Czech–Japan Workshop on Intellectual and Technological Exchange took place as part of the bilateral Memorandum of Academic Cooperation and Student Exchange between Kyushu University and Brno University of Technology. The meeting was also organized as a scientific workshop within Project 8I24002: Hollow Fiber Heat Exchangers with Reduced Permeability for Smart Cities. The workshop was held on-site across two locations:
Between September 19 and October 1, 2025, members of our laboratory – Kateřina Mayerová, Erik Bartuli, and Jiří Hvožďa – participated in a research visit to South Korea and Japan. The trip combined active participation in an international scientific conference with follow-up meetings at partner universities to strengthen ongoing collaborations. In Busan (Korea), the team attended the 35th International Symposium on Transport Phenomena (ISTP-35), where
In September, Ing. Kryštof Mráz and Ing. Jiří Hvožďa successfully defended their doctoral theses at the Faculty of Mechanical Engineering, Brno University of Technology, under the supervision of Assoc. Prof. Jan Boháček, Ph.D. Both researchers conducted their work within the HeatLab, focusing on advanced thermal systems and polymeric materials for energy-efficient applications. Ing. Kryštof Mráz defended his dissertation titled Optimization of Polymeric Hollow Fiber Heat
One of our latest studies, Modeling Heat Transfer in Cylindrical Batteries: Spiral-Based Thermal Conductivity Tensor, explores how the internal spiral-shaped structure of Li-ion batteries affects the temperature field — and whether the commonly used simplifications in thermal models hold up under scrutiny. Many models assume a concentric cylindrical layout of electrodes and separators, leading to orthotropic thermal conductivity with constant radial, tangential, and axial components.But
May the heat be warmly transmitted to you and the positive mood flow from you to all sides continuously throughout the year 2025.
We invite you to the lecture held by MEng Mohamad Al Nasser on 31 October at 10:00 AM in D3. This talk focuses on numerical modeling as a powerful tool for examining the behavior of the electric arc and its interactions with the surrounding environment, particularly under varying operating conditions such as the use of hydrogen as a shielding gas. The presentation will explore several
We are excited to announce the successful kick-off meeting of our international research project Hollow Fiber Heat Exchangers with Reduced Permeability for Smart Cities under the EIG CONCERT JAPAN program. This collaborative effort brings together leading research organizations from Japan (Nagoya University and Kyushu University), the Czechia (Brno University of Technology), and Slovakia (Slovak Academy of Sciences). The meeting was held in Brno, Czech Republic,
In Třinec, under the roof of WERK ARENA, exhibitors from various industries, university representatives, representatives of industrial property protection, investors, carriers of new ideas and ideas and the general public gathered. More than fifty exhibitors competed in eight competition categories. The event attracted more than 8,000 visitors, who could see innovative patents and a rich additional program – more than 20 lectures and workshops, a
Please accept our invitation to the Open Day in Heat Transfer and Fluid Flow Laboratory. It will be held on February 21 2024. Do you know who we’re looking for? For students interested in doing scientific research, we offer topics for bachelor’s and master’s theses and part-time jobs. Graduates of technical disciplines interested in creating a topic for doctoral studies and working with us on