Increasing the popularity of using fibres in precast structures has brought questions about
their usability in segmental tunnel linings as an alternative to the conventional reinforced …

The concrete tunnel lining behavior when exposed to a natural fire loading is very important
for the designing of tunnel lining safety. This work presents details of field tunnel fire testing …

The temperature effect induced by tunnel fire is important in geotechnical engineering. Due
to the difficulties of extinguishing a fire in a tunnel, the fire duration time could be more than …

Fire hazards can cause severe and irrecoverable damage to reinforced concrete (RC)
tunnel linings. Historically, major fire events have led to months of downtime and millions of …

With a growing pipeline of major transport infrastructure projects transforming Victoria's road
and rail networks, there is an increase in demand for the construction of underground …

A hybrid use of glass fiber-reinforced polymer (GFRP) reinforcement and fiber-reinforced
concrete (FRC) could be a viable option for producing durable precast concrete tunnel lining …

Fire disasters occurring in underground structures generally result in severe damage. In
order to investigate the fire performance of typical underground structures, a large-scale fire …

This study is involved with presenting a multi-level micromechanical model for predicting the
coefficients of thermal expansion (CTE) of randomly distributed and oriented short hybrid …

There is a demand for multi scale micromechanical models to disclose and analyze the
effects of microstructure on macro mechanical properties of hybrid fiber reinforced concrete …

The composite lining has been extensively used in shield tunnels. In this study, the thermos-
mechanical behaviors of composite lining shield tunnel structures under fire conditions were …