Scientifically and reasonably evaluating the safety of existing underground structures under
adjacent construction disturbances is of great importance. In this paper, a resilience …

To solve the problem that the traditional fuzzy Analytic Hierarchy Process (FAHP) cannot
reflect the influence of prominent risk indexes on the evaluation results, a new risk …

Risk management plays a vital role in ensuring the safety and efficiency of tunnel
construction by considering various factors, including uncertainties associated with …

Generally, multiple risk factors are involved in tunnel construction accidents. Therefore, it is
of particular importance to evaluate the mechanisms of multifactor risks and measure …

Geothermal environment is easily formed due to alternating uplift or subsidence of
continental plates in the world. In this special environment, tunnel engineering activities will …

Shield tunnelling presents numerous potential risks particularly in complex geological
environments. In this study, we propose a novel fuzzy model for assessing the risk of …

Accurately evaluating the health state of tunnel structure is of great significance for ensuring
the operation safety of tunnel. Based on engineering investigation, fuzzy mathematics and …

Humanistic factors play an essential role in the city tunnel assessment. The study proposed
a systematic literature review to sort out the major factors of human-centric infrastructure and …

In this paper, the extension method is applied to the assessment of seismic damage risk in
mountain tunnels. Based on various considerations such as the geological conditions of the …

Reservoir dams are large public facilities at risk of being damaged by explosion loads.
Explosion accidents may not only affect people's life safety but also lead to property loss and …