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.
Work to date on structural health monitoring systems for civil structures has been useful, but resembles existing bridge management systems.
A new method of active structural control, which suppresses vibrations in civil structures due to seismic shocks, has been developed.
Flange joints are widely used in mechanical and civil structures.
This includes monitoring of civil structures and natural ecosystems.
Pin-connections have wide applications in civil structures, such as bridges.
In the last decades, FRP composites have been widely used for constructing entire civil structures.
Strains can give rise to cracks in civil structures that will grow exponentially in time.
The focus of this study is on the military, religious, and civil structures of the Ghassanids.
