This paper uses the results of experimental and finite element analyses of the Campbell
Creek Bridge in Alaska to highlight the effect of seasonal freezing on bridge dynamic …

This paper presents the development of numerical models that investigated the seismic
response of a simple two span prototype bridge system during warm and frozen …

Permafrost degradation in regions of high seismic activity increases the potential for soil
liquefaction, which can be a serious threat to transportation and utility infrastructure, as many …

Results of completed experimental and numerical studies have shown that freezing
temperatures can significantly influence the lateral response of bridge columns due to …

This thesis investigates the sensitivity of the long-term in-situ dynamic response of bridges to
changing structural parameters and environmental conditions, with a focus on cold and …

It is well known that the seismic response of soil affects the structural response significantly
which is commonly known as the soil-structure interaction (SSI) effect. However, how soil …

The analysis of ground motion on seasonal frozen soil mainly focused on the conventional
soil, neglecting the impact of the permafrost which causes the obvious defeats in the existed …

In a recent study, it has been shown experimentally and analytically that freezing
temperatures can significantly influence the soil-foundation-structure interaction (SFSI) and …