The article discusses the possible design solutions to improve the seismic resistance of stone buildings. In particular - the device of anti-seismic belts at the floor level, the device of dowels and nodes for connecting the floor slabs with the walls and among themselves, the reinforcement of the walls with steel clips, as well as the installation of transverse frames, if the maximum distances between the transverse walls’ axes are not observed
The paper is proposed for the topic Conceptual Design, in particular as regards existing buildings. ...
The Greek island of Lefkada is one of the areas in Europe with the highest seismic hazard, both for ...
A displacement-based design procedure is proposed to control the out-of-plane motion of masonry wall...
The article proposes a new earthquake-resistant technology of low-rise building with increased energ...
This article touches upon the design of earthquake resistant structures, the structures that can mit...
In this article, the principles of designing of seismic resistant steel frames of industrial buildin...
This article provides practical architectural measures to be observed while planning buildings in ea...
This article describes the principles and actual procedures of restoration and strengthening of heri...
The paper investigates the possibility and the effectiveness of reducing the seismic vulnerability o...
The objectives of the paper are both seismic instrumentation for damage assessment and enhancing of ...
The traditional brick masonry houses in the Kathmandu valley of Nepal are highly vulnerable to seism...
As the construction industry develops, unique unconventional methods of improving the seismic stabil...
[EN] The preservation of masonry constructions poses some fundamental issues as regards the protecti...
The article discusses the technology of producing thermoelectric materials under inert gas pressure,...
This article belongs to the Special Issue Reducing the Seismic Vulnerability of Existing Buildings: ...
The paper is proposed for the topic Conceptual Design, in particular as regards existing buildings. ...
The Greek island of Lefkada is one of the areas in Europe with the highest seismic hazard, both for ...
A displacement-based design procedure is proposed to control the out-of-plane motion of masonry wall...
The article proposes a new earthquake-resistant technology of low-rise building with increased energ...
This article touches upon the design of earthquake resistant structures, the structures that can mit...
In this article, the principles of designing of seismic resistant steel frames of industrial buildin...
This article provides practical architectural measures to be observed while planning buildings in ea...
This article describes the principles and actual procedures of restoration and strengthening of heri...
The paper investigates the possibility and the effectiveness of reducing the seismic vulnerability o...
The objectives of the paper are both seismic instrumentation for damage assessment and enhancing of ...
The traditional brick masonry houses in the Kathmandu valley of Nepal are highly vulnerable to seism...
As the construction industry develops, unique unconventional methods of improving the seismic stabil...
[EN] The preservation of masonry constructions poses some fundamental issues as regards the protecti...
The article discusses the technology of producing thermoelectric materials under inert gas pressure,...
This article belongs to the Special Issue Reducing the Seismic Vulnerability of Existing Buildings: ...
The paper is proposed for the topic Conceptual Design, in particular as regards existing buildings. ...
The Greek island of Lefkada is one of the areas in Europe with the highest seismic hazard, both for ...
A displacement-based design procedure is proposed to control the out-of-plane motion of masonry wall...