The structural durability of welded structures is determined by the interaction of different influencing parameters such as loading mode, spectrum shape, residual stresses and weld geometry among others.
As seen in this example, the cover depth is essential for structural durability, especially in reinforced concrete structures.
The structural durability design of complex welded structures should not rely only on one single design method but should apply different methods for assuring the reliability of the assessment.
The application of glazed hollow bead insulation concrete can improve the seismic performance of the structure, simultaneously ensuring characteristics such as structural durability, fire resistance, thermal insulation, antifreezing, and impermeability.
To ensure the structural durability and the safety of welded structures, in addition to the service loading, decisive design and influencing parameters such as geometry, modelling of details, multiaxial stress states and cumulative damage must be taken into account.
A modular framework for assessing the economic, environmental, and social impacts of structural durability has been proposed and applied to a concrete structure expected to undergo climate-change-accelerated chloride-induced reinforcement corrosion.
Structural durability is an important criterion that must be evaluated for every type of structure.
In this regard, structural durability can be more realistically represented using probabilistic approaches.
Therefore, the time for corrosion initiation has been widely adopted for structural durability and safety assessments (Nogueira et al.2012).2012
(6) Structural durability and disaster response are significant issues as the construction and operational times of underwater tunnels increase.
The best expression seems to be structural durability or structural integrity.
