Concept: Masonry and Concrete Structural Analysis
Injected tie-rods improve out-of-plane masonry wall capacity
Strengthening masonry walls against earthquake damage with anchored steel rods
TRC improved flexural capacity of an aged cracked bridge slab-beam
Repairing an old cracked bridge beam with carbon fiber reinforced concrete
Wire mesh confinement increased brick pillar strength
Confinement techniques improve strength and prevent brittle failure in brick masonry columns
Cracks do not always mean stone vault failure
Assessing damaged stone vaults using stress interaction curves
Mortise–tenon grouted masonry showed improved compressive behavior
Masonry structural system enhanced with interlocking joints and fiber-reinforced core material
Validated single-strut model captures infilled RC frame seismic behavior
Modeling lightweight masonry infills for accurate seismic risk assessment
AAC infill improved ductility more than clay masonry in RC frames
Comparing clay brick and aerated concrete infill performance in reinforced
Thrust line methods for masonry arches and compressive strength
Understanding how arches carry loads and when they fail under pressure
INVESTIGATION OF DYNAMIC BEHAVIOUR OF A HISTORICAL MASONRY ARCH BRIDGE: A COMPARATIVE STUDY ON SOLID AND SHELL ELEMENT MODELS WITH SAP2000
Comparing solid and shell models to assess earthquake performance of an old masonry arch bridge
Masonry buildings showed recurring earthquake damage patterns
How earthquakes damage masonry buildings and what construction practices make them safer
