Long and deep tunnels are increasingly designed and built worldwide, often in severe
geothermal environments characterized by high temperature in the rocks. This issue cannot …

Textile reinforced concrete (TRC) is an innovative structure type of reinforced concrete in
which the conventional steel reinforcement is replaced with fibre textile materials. The thin …

This experimental and numerical study is related to the repair and strengthening of
reinforced concrete beams with TRC (textile-reinforced concrete) and hybrid (TRC+ carbon …

Textile reinforced concrete (TRC) is especially suitable for the thin-walled and light-weight
structural elements with a high load-bearing capacity. For this thin element, the concrete …

Textile reinforced concrete (TRC) possesses an excellent bearing capacity and anti-crack
and corrosion resistance abilities, making it suitable for reinforcing concrete structures under …

This study investigates the effects of high temperatures and exposure duration on the
flexural behavior and microstructure of hybrid basalt textile and steel fiber reinforced alkali …

The reinforcement of a specifically developed fine grained cement matrix with glass fibre
textiles in high fibre volume fractions creates a fire safe composite that has–besides its usual …

In-plane shear strain can significantly influence the behaviour of various TRC structures.
Because there is no in-plane shear test for TRC characterisation, a new test has been …

In recent decades, the imperative to upgrade existing structures has gained significant
prominence due to factors such as aging, deterioration, environmental degradation …

The object of this paper is to propose an analytical model for the interpretation of the overall
bending behavior of textile reinforced mineral matrix composite beams. The composite …