Corrosion of the reinforcement in concrete structures affects their structural capacity.
At the same time, assessment engineers lack simple and reliable calculation methods for assessing the structural capacity of structures damaged by corrosion.
The assessment of structural capacity of RC structures strictly depends on the in situ compressive strength of concrete.
In the next stage, these performance levels are calibrated and verified for each reference structure, based on its structural capacity through nonlinear pushover analysis.
The refurbishment of ancient timber structures requires an acquaintance of the residual structural capacity of members in order to design reliable repairing interventions.
Gothic churches maximized the structural capacity of available materials, transforming heavy rock into delicate, lofted skeletons enclosing voluminous spaces.
The failure modes, structural capacity, lateral stiffness, ductility and energy dissipation capacity were analyzed.
In shipping, corrosion addition methods are widely adopted in structural design to prevent structural capacity degradation.
The structural capacity of pipe piles is calculated based on concrete strength and steel strength.
The factor considers the uncertainties implicit in the structural capacity and in the structural demand.
This paper presents an experimental study performed to verify the structural capacity of one particular shelter.
