Stability Analysis of St Barbara Church in Otovice

Ivana Božulić; Pavel Kuklík

doi:10.4028/www.scientific.net/KEM.868.173

Paper Titles

Possibility of Using Microwave Radiation for Rehabilitation of Historical Masonry Constructions
p.119

Revitalisation of Lightweight Cladding of Buildings
p.127

Solidification Methods of Stabilizing Dangerous Wastes Used as Fillers for Secondary Protection of Building Structures
p.135

Stress/Strain Behaviour of Mechanical and Adhesive Joints in Timber Façade Applications
p.142

Effect of Fibre Additives in Concrete on Change of Thermophysical Properties
p.150

Reconstruction of the Historic Bridge Located in Portz Insel
p.159

Reliability Analysis of St. Barbara’s Church in Otovice
p.166

Stability Analysis of St Barbara Church in Otovice
p.173

Monitoring of Historical Structure by IoT Technology with Use of ESP32 Development Board
p.180

HomeKey Engineering MaterialsKey Engineering Materials Vol. 868Stability Analysis of St Barbara Church in Otovice

Stability Analysis of St Barbara Church in Otovice

Abstract:

Broumov Region and its group of churches represent a perfect example of symbiosis between Baroque architecture and countryside landscape. This peculiar heritage site requires specialized analysis to preserve its uniqueness. St. Barbara Church in Otovice, the one investigated in this thesis, was built by Christoph and Kilian Dientzenhofer. Nowadays, concerns about its stability and degradation process led to the necessity to investigate more deeply its current condition. Therefore, the main objective of the article consists in the FEM modeling and the evaluation of the bearing capacity of enclosure walls, with particular attention on the influence of the soil deterioration. In conclusion, technical advices are recommended.

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Periodical:

Key Engineering Materials (Volume 868)

Pages:

173-179

DOI:

https://doi.org/10.4028/www.scientific.net/KEM.868.173

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Online since:

October 2020

Authors:

Ivana Božulić, Pavel Kuklík*

Keywords:

Baroque, Bearing Capacity, Crack Propagation, Differential Settlements, Soil-Structure Interaction, Stability

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