This study evaluated the mechanical properties and vibration damping capabilities of a
proposed grouting materials composed of perlite, rubber, and resin, focusing on their …

To control tunneling risk, the prediction of the surface settlement rate induced by shield
tunneling using earth pressure balance plays a crucial role. To achieve this, ten …

In recent years, the rapid growth of steel production has accelerated the generation of
ground granulated blast furnace slag (GGBFS). To reduce the environmental problems …

Composite piles have emerged as a popular alternative to conventional piling materials for
deep foundations and have gained significant traction as a specific type of pile due to their …

The rubber-sand mixture (RSM) has been extensively applied in the engineering
construction as a lightweight filling material. However, the mechanical characteristics of …

The undrained cyclic behavior of rubber-sand mixture (RSM) is usually investigated under
the cyclic loads with unidirectional shear stress. However, bidirectional shear stress exists in …

Seismic fragility analysis is an effective method to evaluate the seismic performance of
retrofitted wharf systems affected by the uncertainty of soil-cement strength. Nevertheless …

Combining a traditional mixer and a custom‐built ultrasonic generator, low‐temperature
green regeneration of waste rubber was realized. Through orthogonal experiments, the …

This study evaluates the vertical stress transmission through a sand–tire mixture layer under
impact, focusing on this innovative blended material that can impact underground structures …

Recent advancements in foundation engineering have introduced composite piles,
specifically the Confined Concrete-Filled Aluminum Tube (CCFAT) pile system, which can …