SP-365: Modeling and Performance Assessment of Concrete Structures

Description

This Symposium Volume reports on the latest advancements related to the various facets of modeling and performance assessment of concrete structures. The volume contains 10 papers that were presented at the ACI Convention held in Toronto on April 1st, 2025. The symposium was dedicated to celebrate Prof. Frank J. Vecchio’s extraordinary research contributions and accomplishments in the development of behavioral models and analytical tools for the assessment of concrete structures.

The papers cover different aspects related to modeling and performance assessment of concrete structures including developments of the Modified Compression Field Theory, finite element modeling of punching shear in slabs, behavior and modeling of steel fiber reinforced concrete members subjected to torsion, modeling of concrete structures subjected to impact loading, behavior and modeling of slender walls, modeling of concrete frame elements, behavior and modeling of GFRP reinforced members, crack-based assessment of concrete structures, and advancements in modeling deterioration mechanisms and repaired concrete structures.

Sincere acknowledgements are extended to all authors, speakers and reviewers as well as to ACI staff for making this symposium a success.

Anca-Cristina Ferche, Editor

Vahid Sadeghian, Editor

Document Details

Author: Sponsored by: ACI Committee 345 and ACI 447

Publication Year: 2025

Pages: 192

ISBN: 9781641953047

Categories: High Performance Concrete

Formats: Protected PDF/Web View

Table of Contents

SP-365-1:

Finite Element Analysis and Design of Shear Behaviour of RC Slabs Supported on Walls 1-16

Authors: Graeme J. Milligan, Maria Anna Polak and Cory Zurell

SP-365-2:

Recent Developments in Torsion Design of SFRC Elements 17-34

Authors: Luca Facconi, Ali Amin, Fausto Minelli and Giovanni Plizzari

SP-365-3:

Historical Development of the Simplified Modified Compression Field Theory 35-49

Authors: Evan C. Bentz and Michael P. Collins

SP-365-4:

Material Modeling for Concrete Structures Subjected to High Strain Rate Deformation 50-78

Authors: Neul Oh, Junhwi Ye, Hyukjun Ahn and Jae-Yeol Cho

SP-365-5:

Damage and Failure of RC Flat Slabs Subjected to Impact Loading 79-92

SP-365-6:

Response and Modelling of Slender Wall Subjected to Lateral and Axial Loading 93-112

Authors: Austin Martins-Robalino, Alessandro Paglia, and Dan Palermo

SP-365-7:

Nonlinear Modeling of Concrete Frame Elements including Shear Effects 113-134

Author: Serhan Guner

SP-365-8:

The Effect of Bond on the Behavior of GFRP Reinforced Deep Beams 135-147

Authors: Taylor Brodbeck, Giorgio T. Proestos, and Rudolf Seracino

SP-365-9:

Toward Crack-Based Assessment of Existing Reinforced Concrete Structures 148-164

Authors: Amirali Bahnamiri and Trevor D. Hrynyk

SP-365-10:

The Evolution of the Modified Compression Field Theory for Modeling Existing

Concrete Structures: Field Assessment, Deterioration, and Repair 165-184

Authors: Anca Ferche and Vahid Sadeghian

ERRATA INFO

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