Design errors and performance defects as causes of the risk for a collapse of the ceiling of the concert hall

Author:

Chmielewski Ryszard1,Kruszka Leopold1

Affiliation:

1. Faculty of Civil Engineering and Geodesy, Military University of Technology, Warsaw, Poland

Abstract

The issue presented concerns the proper assessment of a ceiling underneath a modernised concert hall in a historic building as a case study. The reason for a reconstruction was to replace a wood block floor with stone slab floor made of marble. Shortly after the construction works, cracks which appeared, made the floor unsuitable for further use. In order to determine the cause of the damage, a detailed analysis of a state of the construction was performed within the technical diagnostics. The first element that was inspected was the way the cracks were distributed. This layout was typical for overloading of ceiling. It was assumed that the thickness of the concrete overlay of the Ackerman floor was 9 cm. In order to verify the actual layout of the floor layers, five different opencast works were taken from the top level of the floor cavity blocks. The actual layout of the uncovered parts differed from both the assumptions that were made and the new design. The arrangement of the floor layers that differed from the design documents, caused the overloading of the supporting structure of the Ackerman floor. Additionally, an incorrect design assumption has overlapped.

Publisher

Vilnius Gediminas Technical University

Reference12 articles.

1. Rehabilitation and Strengthening of Concrete Structures Using Ultra-High Performance Fibre Reinforced Concrete

2. Central Technical Organization. (2015). Technical report on the reasons for damages to a marble floor in the concert hall (Unpublished report). NOT, Warsaw (in Polish).

3. Analysis of retaining wall stability in areas specified in register of objects of cultural heritage

4. Chmielewski, R., & Kruszka, L. (2005–2017). Expertises and technical opinions in the area of building structures (Unpublished reports). WAT, Warsaw (in Polish).

5. Application of selected modern technology systems to strengthen the damaged masonry dome of historical St. Anna’s Church in Wilanów (Poland)

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