Stressing Masonry's Future
Post-tensioning techniques are expanding the possibilities for masonry in building and bridge construction. Two projects in Britain and the U.S. show the rewards of rethinking approaches...

Centrifuge Modelling of Masonry Arch Bridges

Use of High Performance Grout to Restore Masonry Structures

Insitu Stress in Masonry Arch Bridges

Loss of Capacity of Concrete Shear Walls

Assessment, Maintenance, Repair, and Rehabilitation of Masonry Arch Bridges in the USA

An Expert System for Wind-Resistant Residential Construction

Rehabilitation of Masonry Buildings per the ATC-33 Guidelines

The Return of Masonry as a Structural Material

Innovative Development of Prestressed Masonry

VSL's Experience with Post-Tensioned Masonry

Testing of Prestressed Clay-Brick Walls

Prestress Loss Due to Creep in Post-Tensioned Clay Masonry

Analysis of Masonry Structures with Elastic/Viscoplastic Models

A Finite Element Damage Model for the Evaluation and Rehabilitation of Brick Masonry Shear Walls

Implications Derived from Recent Research in Mexico on Confined Masonry Structures

Ductile Masonry Construction in California

Estimating Transverse Strength of Masonry Infills

Measured Seismic Behavior of a Two-Story Masonry Building

Dynamic Behaviour of Masonry Church Bell Towers

 

 

 

 

Return to search