Engineering Structures· 2026Q1
Dry and wet strengthening techniques for timber frames with various infills
- 0citations
- Q1SCImago
- 2026year
Short summary
A study on Romanian vernacular timber-frame houses (paianta) found that low-cost, locally applicable strengthening techniques, validated through in-plane static cyclic experiments, can improve seismic resistance and thermal comfort.
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Key points
- Investigated strengthening techniques for traditional Romanian paianta timber-frame houses.
- Employed in-plane static cyclic experiments to scientifically validate interventions.
- Identified low-cost, compatible, and locally applicable strengthening solutions.
- Aims to improve seismic resistance and thermal comfort for homeowners.
AI-generated from the title and abstract; the full text is not read.
Abstract
Paianta houses belong to the traditional vernacular typology in Romania and have, as a main feature, the presence of the timber frame (posts, beams, and diagonals) infilled with several types of materials, such as fired earth brick masonry, earth and straw mix, wattle and daub, or timber logs. Although generally proved to behave well in earthquakes, they may exhibit large deformations of the frame, infill collapse and various other minor to moderate damage. Most of them are quite old and owned by lower income people, but recently, especially after the pandemic and energy crisis, people became more aware of resources’ economy and the demand to just improve the existing buildings, rather than to demolish and build new, slowly increased. The StrongPa project investigates for the first time in Romania the influence of various strengthening techniques on such houses and aims to provide the owners with easy to apply and low-cost solutions to improve their houses in terms of both seismic resistance and thermal comfort. The novelty of the paper is approaching the vernacular (paianta) house interventions with scientific validating methods (in-plane static cyclic experiments on walls). The results indicate low-cost, compatible and locally applicable strengthening techniques, covering a gap between vernacular practice and structural engineering while enabling performance-based retrofit selection.
The authors' abstract, as published at the source. Engineering Structures, 2026 · DOI ↗
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Field: Building and Construction
Building and ConstructionEngineering