Sentence examples for behaviour of underground structures from inspiring English sources

The results indicate that local climate – and especially the humidity level - is a key factor affecting the thermal behaviour of underground structures.

This paper addresses major technological issues and challenges associated with structural monitoring of underground structures.

Consequently, a buried depth of the strongest seismic response for underground structures was proposed based on the exploration of the relations between the buried depth and the structural distortions of underground structures as well as the ground subsidence.

This knowledge should be used at planning and performing of monitoring of stability of underground structures.

In-structure shock of underground structures subjected to ground shocks is investigated, both theoretically and experimentally.

More and more projects of underground structures undercrossing adjacent surface structures have emerged in recent years.

Moreover, the frictional coefficient of bearing influencing the seismic responses of underground structures was discussed.

Finally, pertinence suggestions were proposed for the seismic design of underground structures at different buried depths.

And some interesting conclusions were also obtained for the seismic design of underground structures.

This empirical law can help urban planners assess the area of influence of underground structures and protect urban strategic reservoirs.

In this paper, the impact of underground structures on the intrinsic vulnerability of urban aquifers was investigated.