Rapid urbanization and the unavailability of suitable ground conditions escalated the
demand for high-rise superstructures over the years. Challenges persuaded geotechnical …

The distance between railway systems and buildings has been significantly reduced due to
the rapid development of public transportation. Environmental vibration is increasingly …

Normal fault deformation can cause large movement and severe damage to shield tunnels.
However, there is a lack of effective measures for protecting shield tunnels from rotating …

Problematic soils exist almost everywhere on the globe. State‐of‐the‐art solutions to make
civil engineering infrastructures built on them are still highly sought. The CFG (cement‐fly …

Tunnels subjected to reverse faulting are dangerous, experiencing large inner forces and
movements. However, there is a lack of effective mitigation measures to protect shield …

It is attempted in this study to alleviate the destructive influences of rigid foundation-fault
rupture interaction using various mitigation schemes. The efficiency of such mitigation …

This paper proposes using geofoam blocks to improve the safety of buried steel pipelines
under permanent ground deformation due to strike-slip fault rupture. Since these geofoam …

In the present study, the interaction mechanism of a 10-story moment-resisting building
frame sitting on the conventional piled raft foundation with a strike-slip fault rupture with a dip …

Cushioned pile-raft foundation (Cushioned-PR) is a new type of foundation for sea-crossing
bridges in deep water (more than 50 m in depth). Cushioned-PR is able to tolerate a certain …

Devastating influences of fault rupture outcrop on various geo-structures during past
earthquakes have revealed the necessity of more detailed and comprehensive studies on …