dr inż. Marcin Szczepański
- timber-frame house
- numerical model
- earthquake resistance
- non-linear analysis
- bariera stalowa bariera ochronna obiekt mostowy zabezpieczenie antykorozyjne trwalosc koszt cyklu zycia lcc
- budownictwo drewniane, clt, panele drewniane, konstrukcje drewniane, drewno klejone
- cold-formed section
- cost estimates
- Department of Construction Management and Earthquake Engineering
- Faculty of Civil and Environmental Engineering
- Budynek " Żelbet" pokój 216 A
- (58) 347 23 87
Wood-frame buildings are very common in regions that are exposed to earthquakes. Most of residential buildings are constructed using this technology; therefore, the seismic resistance of them is really essential in order to prevent human losses and structural damage. The aim of the present article is to show the results of the detailed numerical FEM analysis focused on the seismic behaviour of the wood-frame house with different...
Wood frame buildings are very popular in regions that are exposed to different dynamic excitations including earthquakes. Therefore, their seismic resistance is really important in order to prevent structural damages and human losses. The aim of the present paper is to show the results of experimental tests focused on the dynamic response of wall panels of a wooden frame building with thermal isolation made of mineral wool and...
The aim of this article is to present the results of a numerical modal analysis of two actual structures of timber frame buildings and the different behaviour due to the used insulation material. One model of the timber structure was filled with mineral wool, while the other with polyurethane foam. During the modal analysis, eigenvalues for both models have been determined. The results of the analysis clearly show the increase...
Obtained scientific degrees/titles
Obtained science degreedr inż. Civil engineering and transport (Engineering and Technology)
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