(in Polish)
M. Kałuża
Volume 531: Issue 11
Pages 132-133
Accepted for publication: 03.10.2016 r.
The paper presents some repairing problems of damaged masonry buildings, located throughout the Silesian region. These buildings show a strong cracking caused by the static and dynamic influences which are the result of underground mining. The traditional repair methods do not always protect the building from the effects of the recurrence of paraseismic interactions. Composite materials used as a superficial strengthening of masonry structures could be a good solution. They improve the deformability of the structure and increase its shear resistance.
Keywords: FRP materials, strengthening, masonry structures.
Keywords: FRP materials, strengthening, masonry structures.
- Balsamo Alberto i in. 2016. „Effectiveness of inorganic matrix–grid composites for strengthening masonry walls”. Proceeding of the 16th International Brick and Block Masonry Conference. Padwa,Włochy.
- Elgawady Mohamed. 2004. Seismic in-plane behavior of URM walls upgraded with composites. Praca doktorska. EPFD Lausanne. Suisse.
- Kubica Jan,Marta Kałuża. 2010. „Diagonally compressedAAC block’smasonry – effectiveness of strengthening using CRFP and GFRP laminates”. Proceedings of the 8th International Masonry Conference. Drezno. Niemcy.
- Materiały producenta Ruredil X Mesh.
- Materiały producenta S&P Armo-System.
- Valuzzi Maria i in. 2002. „Shear behavior of masonry panels strengthened by FRP laminates”. Construction and BuildingMaterials 16: 409 – 416.
- dr inż. Marta Kałuża Politechnika Śląska, Wydział Budownictwa
dr inż. Marta Kałuża
Full paper is available at Publisher house SIGMA-NOT Sp. z o.o. webpage