Numerical Investigation of Adjustable Telescopic Steel Props: Fid-Bau Portal

Fachinformationsdienst BAUdigital

A platform for research: civil engineering, architecture and urbanism

Numerical Investigation of Adjustable Telescopic Steel Props

André, J. / Baptista, A. M. / Camotim, D.

Adjustable telescopic steel props are one of the most common temporary structural elements used in the construction industry, namely to support the formwork during the building, rehabilitation or retrofit of permanent structures. This paper presents different approaches concerning the numerical modelling of the structural response of axially compressed props  the advantages and disadvantages of each approach are assessed, on the basis of comparisons involving the results yielded by the various numerical analyses and experimental values previously carried out by the authors at LNEC (Portuguese National Laboratory for Civil Engineering). The paper also includes the results of a parametric/sensitivity study concerning the influence several geometric properties on the prop axial strength. ; 20 ; 3 ; 25p ; DE/NCE ; 2009 ; 1 a 4 de Setembro de 2009

Access

Page navigation

Document information

Export, share and cite

Numerical Investigation of Adjustable Telescopic Steel Props

André, J. / Baptista, A. M. / Camotim, D.

Adjustable telescopic steel props are one of the most common temporary structural elements used in the construction industry, namely to support the formwork during the building, rehabilitation or retrofit of permanent structures. This paper presents different approaches concerning the numerical modelling of the structural response of axially compressed props  the advantages and disadvantages of each approach are assessed, on the basis of comparisons involving the results yielded by the various numerical analyses and experimental values previously carried out by the authors at LNEC (Portuguese National Laboratory for Civil Engineering). The paper also includes the results of a parametric/sensitivity study concerning the influence several geometric properties on the prop axial strength. ; 20 ; 3 ; 25p ; DE/NCE ; 2009 ; 1 a 4 de Setembro de 2009

Numerical Investigation of Adjustable Telescopic Steel Props

André, J. / Baptista, A. M. / Camotim, D.

Adjustable telescopic steel props are one of the most common temporary structural elements used in the construction industry, namely to support the formwork during the building, rehabilitation or retrofit of permanent structures. This paper presents different approaches concerning the numerical modelling of the structural response of axially compressed props  the advantages and disadvantages of each approach are assessed, on the basis of comparisons involving the results yielded by the various numerical analyses and experimental values previously carried out by the authors at LNEC (Portuguese National Laboratory for Civil Engineering). The paper also includes the results of a parametric/sensitivity study concerning the influence several geometric properties on the prop axial strength. ; 20 ; 3 ; 25p ; DE/NCE ; 2009 ; 1 a 4 de Setembro de 2009

Access

Page navigation

Document information

Export, share and cite

Document information

Title:

Numerical Investigation of Adjustable Telescopic Steel Props

Contributors:

André, J. (author) / Baptista, A. M. (author) / Camotim, D. (author) / B. Topping. L.C. Neves, R.C. Barros

Publication date:

2009-09-01

Type of media:

Conference paper

Type of material:

Electronic Resource

Language:

English

Keywords:

Temporary structures , Axial strength , Steel props , Adjustable telescopic props , Finite element analysis , Sensitivity analysis

Classification:

DDC: 690

Similar titles

NUMERICAL INVESTIGATION OF ADJUSTABLE TELESCOPIC STEEL PROPS

Andre, J. / Baptista, A.M. / Camotim, D. | British Library Conference Proceedings | 2009

Numerical Investigation of Adjustable Telescopic Steel Props

Andre, J. / Baptista, A.M. / Camotim, D. | British Library Conference Proceedings | 2009

Telescopic pumpable props

BARNETT CRAIG DOUGLAS / PIKE PHILLIP MARTIN | European Patent Office | 2015

Free access

Ultimate strength of adjustable telescopic steel props according to standard EN 1065

Salvadori, A. | Elsevier | 2009

Load release means for telescopic props

PAPADOPOULOS DEMETRIOS GEORGIOU | European Patent Office | 2017

Free access