The static calculation methods of large surfaces glazing

Vol. 528 (8) 2016 / sobota, 27 października, 2018

(in Polish)

Artur Piekarczuk

DOI: 10.15199/33.2016.08.05

Volume 528; Issue 8
Pages 22-25

Accepted for publication: 30.06.2016 r.

The paper deals with method of static calculations of large surfaces glazing. Presents the rules of calculation of deflections and bending stress on the basis of draft prEN with the practical guidelines and comments.Were carried out to compare the results of calculations on selected examples, according to prEN and numerical methods of calculations made by finite element method (MES). The comparison of results are presented in the graphs and tables with comments on the compatibility of prEN and MES methods.

Keywords: glass in building, nonlinear static calculations, deflection, bending strenght, finite element method.
  1. Piekarczuk Artur. 2014. „Dobór obciążeń przy projektowaniu ścian i dachów ze szkła budowlanego”. Świat Szkła (3): 14 – 15.
  2. Piekarczuk Artur. „Metody projektowania szkła budowlanego”. Szkło i Ceramika 64 (6): 16 – 18.
  3. Piekarczuk Artur. „Metody obliczania szkła warstwowego: wyznaczanie grubości efektywnej”. Świat Szkła (10): 54 – 56.
  4. Bijak-Żochowski A., G. Jaworski, T. Krzesiński, Zagrajek. 2006.Mechanika materiałówi konstrukcji.Tom 2. Oficyna wydawnicza Politechniki Warszawskiej.
  5. Haldiman M., A. Luible, M. Overend. 2008. „Structural Use of Glass”. Structural Engineering Bocument 10. IABSE-AIPC-IVBH. ETH Zürich.
  6. PN-EN 1990:2002. Eurokod, podstawy projektowania konstrukcji.
  7. prEN 13474-1:1999. Glass in building – Design of glass panes – Part 1: General basis of design.
  8. prEN 13474-2:2000. Glass In building – Design of glass panes – Part 2 design for uniformalu distributed load.
  9. prEN 13474-3:2009. Glass in building – Determination of the strength of glass panes – Part 3: General method ofcalculation and determination of strength of glass by testing.
  10. prEN 16612:2013 Glass in building – Determination of the load resistance of glass panels by calculation and testing.
Artur Piekarczuk, Ph. D. Eng. - Building Research Institute, Department of Building Structures and Geotechnics

Artur Piekarczuk, Ph. D. Eng.

a.piekarczuk@itb.pl

Full paper is available at Publisher house SIGMA-NOT Sp. z o.o. webpage

DOI: 10.15199/33.2016.08.05