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PUBLICATIONS

Autoregularized Model of the Compressive Behavior of Structural Wall Boundary Elements

Published

Author(s)

Carlos Arteta, Jefferson Marulanda Piedrahita, Christopher Segura

Abstract

The adequate seismic behavior of slender reinforced concrete (RC) structural walls relies heavily on the effectiveness of the boundary element (BE) in providing stable resistance against combined axial and flexural-shear compression demands resulting from gravity loading and lateral earthquake deformations. The geometric properties of the BE, including thickness and confined length, as well as the arrangement, detailing, and quantity of transverse reinforcement, play crucial roles in achieving a stable compressive response. Laboratory tests on isolated BE specimens subjected to uniform axial compression or cyclic axial tension and compression have been instrumental in understanding the influence of these variables on the compressive behavior of wall BEs. This study uses a database of experimental results from 45 rectangular BE specimens to establish empirical relationships between compressive force and strain, accounting for geometric and transverse reinforcement design parameters. A novel auto-regularizing model is proposed to estimate the compressive behavior within the damaged zone of a BE, based on its geometry and transverse reinforcement.
Citation
Aci Structural Journal
Pub Type
Journals

Download Paper

https://doi.org/10.14359/51743302
Local Download

Keywords

boundary element (BE), compression test, fracture energy in compression, regularization, reinforced concrete (RC), strain capacity model, structural wall
Structural engineering and Buildings and Construction

Citation

Arteta, C. , Marulanda Piedrahita, J. and Segura, C. (2025), Autoregularized Model of the Compressive Behavior of Structural Wall Boundary Elements, Aci Structural Journal, [online], https://doi.org/10.14359/51743302, https://tsapps.nist.gov/publication/get_pdf.cfm?pub_id=956529 (Accessed April 29, 2025)

Issues

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Created March 1, 2025, Updated March 4, 2025