There have only been a limited number of analyses of soil–steel bridges under seismic and
anthropogenic (rockburst) excitations. Rockbursts are phenomena similar to low-intensity …

The soil-steel bridges and culverts constitute more and more often an element of
transportation infrastructure in various parts of the world. For this reason, the presented book …

The technology of renewal of metal corrugated structures allows efficient and economical
reconstruction of existing reinforced concrete structures by the method of encapsulation …

Ultra-shallow-buried and large-span double-arch tunnels face complex risks during
construction. The risk sources are hidden, complicated, and diverse. The dynamic risk …

The increasing use of soil-steel bridges and culverts in transportation infrastructure
contributes to the need to look for the most optimal solutions in terms of durability and cost …

The design codes and calculations applied in methods related to the soil-steel bridges only
determine the minimum soil cover height. Such data is provided with regard to the bridge …

The soil-steel bridges are more and more popular in many parts of the world as an efficient
alternative to typical steel and concrete bridges. The design codes and methods include …

The soil-steel bridges and culverts constitute a more and more popular structural solution for
the transportation investments. The span of soil-steel bridges is typically ranging from 3 to 25 …

The chapter contains the durability problem of soil-steel bridges. Experimental tests of road
and railway bridges under normal service loads are presented. Displacements, strains …