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Ultimate limit state design models a state of art report

Author : FIB – International Federation for Structural Concrete

Publisher : FIB - International Federation for Structural Concrete

Page : 247 pages

File Size : 16,62 MB

Release : 1995-06-01

Category : Technology & Engineering

ISBN : 2883940266

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Book Description

The first part of the report is devoted to linear elements (beams, columns) and includes chapters on shear and flexure in beams, ultimate limit state design of prestressed beams, and of reinforced concrete members under combination of bending with axial load and shear, of beams subjected to torsion, and a chapter on shear design based on truss models with crack friction. The second part treats two-dimensional elements and includes background information on ULS design of wall, shell, and slab elements. lt concludes with a chapter on axisymmetric punching of slabs.









Model uncertainties reports from CEB task group 1.2 Concrete barriers for environmental protection report from CEB task group 1.3

Author : FIB – International Federation for Structural Concrete

Publisher : FIB - International Federation for Structural Concrete

Page : 121 pages

File Size : 10,26 MB

Release : 1995-07-01

Category : Technology & Engineering

ISBN : 2883940274

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Book Description

The introduction by the Task Group's convenor L. Taerwe 'Model uncertainties in reliability formats for concrete structures' gives an outline of the general approach summing-up his former contribution to CEB Bulletin 219 'Safety and Performance Concepts' on the consistent treatment of model uncertainties in reliability formats for concrete structures. The second contribution 'An analysis of model uncertainties: ultimata limit state of buckling' by M. Pinglot, F. Duprat and M. Lorrain investigates the model uncertainties of hinged columns and the influence of boundary conditions and proposes appropriate safety elements. The third contribution 'Model uncertainties concerning design equations for the shear capacity of concrete members without shear reinforcement' by G. König and J. Fischer compares suggested formula from various sources (CEB-FIP Model Code, Eurocode 2,Remmel) to 176 test results from a data base covering concrete strengths from 20 to 111 MPa.