POB 3.3 Modern materials for use in construction
Teams at the Silesian University of Technology are conducting research in the field of modern building materials:
- Innovative building materials for structures with a low carbon footprint.
- Smart materials with measurement properties.
- Environmentally sustainable surface protection systems for building materials with a reduced carbon footprint.
- Modern construction chemistry for low-emission cements.
- Innovative building shielding materials with a low carbon footprint.
- Modern systems for protecting reinforcing steel.
- New materials with appropriate pozzolanic properties as substitutes for Portland cement.
Successes in Modern Building Materials!
Projects within the sub-area of POB3
|
Lp. |
project manager | start date |
end date |
project title |
the value of the entire project | funding for SUT | financing institution | the role of the SUT |
|---|---|---|---|---|---|---|---|---|
|
1 |
dr inż. arch. Monika Sroka-Bizoń |
01.10.2017 |
30.06.2020 |
Development of Interactive and Animated Drawing Teaching Tools |
€ 263 918,97 |
€ 38 090,00 |
Education Exchanges Support Foundation (SMPF) |
partner |
|
2 |
dr inż. Marcin Górski, prof. PŚ |
15.01.2019 |
14.01.2023 |
Enhancing Academic Leadership and Governance of Chinese and European Universities in the Context of Innovation and Internationalization |
€ 263 918,97 |
€ 38 090,00 |
Education Exchanges Support Foundation (SMPF) |
partner |
|
3 |
dr inż. Szymon Dawczyński |
01.10.2020 |
30.09.2022 |
Training for architects and builders in the use of composites for the building sector project |
€ 294 830,00 |
€ 40 640,00 |
FRSE |
koordynator |
|
4 |
dr inż. Szymon Dawczyński |
01.09.2022 |
31.08.2025 |
Green Roofs Technician Training Program |
€ 400 000,00 |
€ 83 780,00 |
FRSE |
koordynator |
|
5 |
dr hab. inż., prof. zw. PŚ Marek Salamak |
01.10.2020 |
30.06.2023 |
Automated system of precise volume measurements – VolumeMonit |
2 903 085,17 zł |
316 425,83 zł |
NCBR |
partner |
|
6 |
Dr inż. Barbara Słomka-Słupik |
01.09.2021 |
31.08.2022 |
Creating building binders with recycled materials |
35 000,00 zł |
35 000,00 zł |
MEiN |
Koordynator |
|
7 |
Dr hab. inż. Barbara Łaźniewska-Piekarczyk, prof. PŚ |
19.12.2019 |
18.12.2020 |
Comprehensive study of the properties of cement binder with ash from municipal waste thermal treatment plants |
49 995,00 zł |
49 995,00 zł |
NCN |
Koordynator |
|
8 |
Dr inż. Malgorzata Safuta |
20.02.2020 |
19.02.2024 |
Electrical and piezoresistive properties of cement composites with graphene for applications in structural monitoring of building structures |
139 700,00 zł |
139 700,00 zł |
NCN |
Koordynator |
|
9 |
dr hab. inż. Marcin Kozłowski, prof. PŚ |
01.01.2021 |
01.01.2024 |
Innovative solutions for point-mounted laminated glass with increased post-critical load-bearing capacity |
932 606,25 zł |
932 606,25 zł |
NCBR |
Koordynator |
|
10 |
dr hab. inż. Marcin Kozłowski, prof. PŚ |
30.09.2021 |
29.09.2022 |
Analysis of internal pressure in 3D curved insulating glass units |
48 362,00 zł |
48 362,00 zł |
NCN |
Koordynator |
|
11 |
prof. dr hab. inż. Jan Kubica |
01.07.2017 |
01.08.2020 |
Evolution of the Structural Eurocodes - position in project team SC6.T4 for phase 2 of Mandate M/516 |
€ 18 600,00 |
€ 18 600,00 |
NEN- Stichting Netherlands Normalisatie-instituut |
samodzielnie |
|
12 |
prof. dr hab. inż. Jan Kubica |
01.01.2018 |
31.12.2021 |
Evolution of the Structural Eurocodes - position in project team SC6.T3 for phase 4 of Mandate M/516 |
€ 13 840,00 |
€ 13 840,00 |
NEN- Stichting Netherlands Normalisatie-instituut |
samodzielnie |
|
13 |
dr hab. inż. Marcin Kozłowski, prof. PŚ |
01.05.2019 |
31.12.2020 |
Numerical assessment of safety of structural elements made of glass |
bd |
65 000,00 SEK |
Aforsk Foundation (przez Lund University) |
samodzielnie |
|
14 |
prof. dr hab. inż. Barbara Klemczak |
01.04.2020 |
30.06.2024 |
Integrated porous cementitious Nanocomposites in non-Residential building envelopes for Green active/passive energy STORAGE |
€ 5 602 934,26 |
€ 313 976,25 |
Komisja Europejska |
partner |
|
15 |
prof. dr hab. inż. Barbara Klemczak |
01.04.2020 |
30.06.2024 |
Integrated porous cementitious Nanocomposites in non-Residential building envelopes for Green active/passive energy STORAGE |
285 793,00 zł |
285 793,00 zł |
MNiSW |
samodzielnie |
|
16 |
prof. dr hab. inż. Jan Kubica |
01.01.2021 |
31.01.2025 |
Sustainable Building Lime Applications via Circular Economy and Biomimetic Approaches |
€ 3 713 424,48 |
€ 454 957,20 |
Komisja Europejska |
partner |
|
17 |
prof. dr hab. inż. Jan Kubica |
04.03.2021 |
30.04.2025 |
Sustainable Building Lime Applications via Circular Economy and Biomimetic Approaches |
414 420,00 zł |
414 420,00 zł |
MNiSW |
samodzielnie |
|
18 |
dr hab. inż. Sławomir Kwiecień, prof. PŚ |
01.04.2022 |
30.09.2023 |
Experimental analysis of the formation process of dynamic replacement columns under laboratory conditions |
250 000,00 zł |
250 000,00 zł |
Narodowe Centrum Badań i Rozwoju (NCBR) |
samodzielnie |
|
19 |
prof. dr hab. inż. Leszek Szojda |
01.01.2023 |
31.12.2026 |
Biomimicry and carbon adsorbent eco-materials for a climate-neutral economy |
€ 1 030 400,00 |
€ 151 800,00 |
Komisja Europejska |
partner |
|
20 |
prof. dr hab. inż. Leszek Szojda |
01.03.2023 |
31.12.2026 |
Biomimicry and carbon adsorbent eco-materials for a climate-neutral economy |
522 618,00 zł |
522 618,00 zł |
MNiSW |
samodzielnie |
Teams at the Silesian University of Technology are strengthening their position in the field of modern construction, combining the concepts of sustainable development, advanced construction materials, and future technologies.
Sustainable Building Materials – Success in the NCN MINIATURA 9 Competition
A significant achievement is securing funding in the MINIATURA 9 competition of the National Science Centre for research on the use of locally available metallurgical and mining waste as alternative raw materials in the production of Portland cement clinker. This project aligns with global trends in reducing the carbon footprint and circular technologies, representing another step towards eco-friendly building materials technologies.
https://www.polsl.pl/rb/aktualnosci/71748/konkurs-miniatura-9-rozstrzygniety/
Structural Glass – Safety and Innovation
The Faculty of Civil Engineering conducts advanced research on structural glass, responding to the growing importance of this material in modern architecture. The research is conducted under the supervision of Dr. Hab. Eng. Marcin Kozłowski, professor at the Silesian University of Technology, and include:
- Research on the behavior of glass elements under mechanical and fire loads,
- Analysis of glass breakage and its behavior in a post-critical state,
- Development of innovative point-mounted laminated glass with increased load-bearing capacity.
Project and research details: https://www.polsl.pl/rb/en/research/structural-glass-research/
Construction of the Future – Extraterrestrial Technologies
The Student Research Group "Extraterrestrial Construction," which received funding in a competition from the Ministry of Science and Higher Education, presented an innovative approach to construction. The project, which involves developing a lunar regolith simulant, enables research on construction materials and technologies intended for use in extraterrestrial environments. These activities develop competencies in:
- materials engineering in extreme conditions,
- technologies for future lunar and Martian bases,
- innovative construction solutions that can also be applied in terrestrial construction.
