Scientific researcher at Technical University in zvolen, Slovakia
🌟 Enthusiastic researcher with expertise in thermophysical analysis and wood thermal insulation. 🧪 Skilled in advanced techniques like Hot Disk 2500s, fostering sustainable practices. 🌍 Active contributor to international conferences and academic communities. 📚 Passionate about innovative research in materials science and eco-friendly solutions. 🎓
Publication Profile
scholar
Education🎓Â
Ph.D. in Thermal Properties, advancing knowledge of sustainable materials. M.Sc. in Materials Science, specializing in innovative thermal property analysis. B.Sc. in Physics, laying a strong foundation in scientific methodologies  Continuing education through workshops and seminars in advanced materials.
Experience👨‍🏫Â
Postdoctoral Scholar at Technical University in Zvolen: Thermal property measurements, lectures, and conferences. Â Research Assistant: Thermophysical analysis for sustainable construction solutions. Academic Lecturer: Delivering knowledge to BSc and MSc students on material properties. Â International Collaborator: Active in global projects on eco-friendly innovations.
Awards and Honors🏆Â
Best Paper Award for contributions to sustainable materials research. Recognized Speaker at international conferences on thermal properties  Honored for innovations in thermophysical parameter analysis. Recipient of research grants for eco-friendly construction projects.
Research Focus🌱
Eco-friendly particleboards and wood as thermal insulators.Analysis of thermophysical parameters using Hot Disk and Pulse Transient methods. Historical wood analysis for cultural heritage preservation. Â Innovations in sustainable building materials and construction solutions.
Thermal Analysis of Rocks and Building Materials
Non-planar Carbonate Rock Surfaces
đź“ś Title: The non-planar surface of carbonate rock sample affecting the behaviour of thermal response and the measurement of thermophysical parameters by Pulse Transient Technique.
đź“š Journal: Thermal Science and Engineering Progress (2021).
🔍 Focus: Investigated how surface irregularities influence thermal behavior during parameter measurement.
👥 Collaborators: V. Boháč, P. Dieška, G. Goetzl.
đź”— Citations: 11.
Limestone Thermal Properties
đź“ś Title: Thermal properties of limestone rock by pulse transient technique using slab model accounting for the heat transfer coefficient and heat capacity of heat source.
đź“š Journal: AIP Conference Proceedings (2020).
🔍 Focus: Explored slab model application for precise thermophysical measurements.
đź”— Citations: 7.
Sustainable Building Envelopes
đź“ś Title: Investigation of thermophysical properties of Turkey oak particleboard for sustainable building envelopes.
đź“š Journal: Developments in the Built Environment (2023).
🔍 Focus: Analyzed particleboard properties for eco-friendly construction.
đź”— Citations: 5.
Innovations in Methodologies
Carbonate Rock Thermophysical Models
đź“ś Title: Thermophysical Parameters of Carbonate Rock estimated by Slab Model Developed for Pulse Transient Technique.
đź“š Journal: Measurement Science Review (2020).
🔍 Focus: Developed slab models to enhance thermophysical parameter accuracy.
đź”— Citations: 4.
Uncertainty Analysis of Pulse Transient Models
đź“ś Title: Uncertainty Analysis of Pulse Transient Model Accounting Thermal Contact Effect.
đź“š Conference: 12th International Conference on Measurement (2019).
🔍 Focus: Evaluated model reliability under thermal contact variations.
đź”— Citations: 1.
Advancements in Sustainable Wood and Particleboards
Historical Wood Analysis
đź“ś Title: Investigation of thermophysical parameters of historical fir wood using hot disk method under room ambience.
đź“š Journal: AIP Conference Proceedings (2024).
🔍 Focus: Studied historical fir wood for restoration and heritage preservation.
đź”— Citations: 1.
Low-Density Alder Wood Properties
đź“ś Title: Thermophysical properties of low-density Alder wood (Alnus cordata Loisel) under room ambience.
đź“š Journal: AIP Conference Proceedings (2023).
🔍 Focus: Evaluated wood properties for thermal applications.
đź”— Citations: 1.
Thermal Properties of Oak Boards
đź“ś Title: Thermal properties of Oak high density board measured by the pulse transient method for different heat pulse energy.
đź“š Journal: AIP Conference Proceedings (2023).
🔍 Focus: Investigated how energy variations affect board properties.
đź”— Citations: 1.
Siberian Larch Wood Properties
đź“ś Title: Effect of thermo-vacuum modification on selected chemical, physical, and mechanical properties of Siberian larch (Larix sibirica L.) wood.
đź“š Journal: Wood Material Science & Engineering (2023).
🔍 Focus: Analyzed thermo-vacuum modifications on larch wood.
đź”— Citations: 3.
Pulse Transient Technique for Concrete
đź“ś Title: Thermophysical properties of concrete measured by the pulse transient method using slab and cuboid models.
đź“š Journal: AIP Conference Proceedings (2020).
🔍 Focus: Compared models for measuring concrete’s thermal properties.
đź”— Citations: 2.
Energy Storage in Natural Materials
📜 Title: The development of physical models and methods for measuring the thermal properties of natural materials suitable for the energy storage of the thermal energy in the earth’s crust.
đź“š Journal: Self-published Research (2021).
🔍 Focus: Explored natural materials for geothermal energy storage.
đź”— Citations: 2.
Conclusion
The candidate stands out as a strong contender for the Best Researcher Award due to their innovative research, dedication to sustainability, and significant academic contributions. Their strengths in utilizing cutting-edge methodologies and contributing to eco-friendly construction practices make them an exemplary leader in their field. Addressing areas for improvement, such as expanding the scope of research and enhancing public engagement, could further amplify their impact. Nonetheless, their accomplishments and commitment to sustainable innovation position them as a deserving recipient of this prestigious recognition.