"civil structure" is correct and usable in written English.
It is used to refer to the organization or construct of a society, including governmental, social, and legal systems in place. For example: In order to promote equality, many countries are reforming their civil structure.
The presence of damage in a civil structure alters its stiffness and consequently its modal characteristics.
Sandwich cement-based piezoelectric composites have great application potential in civil structure health monitoring.
The other one consists in the study of solutions to improve the dynamic behavior of a large civil structure.
These unique properties enable SMA to be used as actuators, passive energy dissipators and dampers for civil structure control.
However, the temperature and other environmental factors are known to affect the way a civil structure vibrates.
The focus of this contribution is the validation of the sensitivity-based normalisation technique on a civil structure.
Graphene is a material with high potential of usage in civil structures like structural rehabilitation.
In designing structurally safe large-scale civil structures, the dynamic structural behavior in response to unsteady wind loadings should be investigated.
Although the unexpected issues are hard to include in the structural design stage of civil structures, those certainly decrease the earthquake resilience of those civil structures.
In the last decades, the long-term structural health monitoring of civil structures has been mainly performed using two approaches: model- and data-based.
Work to date on structural health monitoring systems for civil structures has been useful, but resembles existing bridge management systems.
