The purpose of this paper is to bring to the attent ion of the audience the numerous cases around the world that have substituted steel mesh and steel fi bres for structural synthetic fibres as their reinforcement option in different types of tunnels
Fibre Reinforced Concrete (FRC) has been increasingly used in precast tunnel linings. FRC, with or w...
Fiber reinforced concrete, with different types of fibers, has been increasingly used in underground...
The use of fiber reinforced concrete in tunnel linings, with or without conventional rebars, has inc...
The design of preliminary lining has a fundamental role in the stabilization of tunnel working, befo...
Increasing popularity of using fibres in concrete has brought questions about their usability in seg...
The effectiveness of tunnel segments reinforced with 12 kg/m3 polymeric macro-fibres in addition to...
Fibre Reinforced Shotcrete (FRS) reinforced with macro-synthetic fibres has now been used to stabili...
The use of precast steel fibre reinforced concrete (SFRC) for tunnel segments is a relatively new ap...
This paper presents the most outstanding experiences regarding the use of fibres as the main reinfor...
The ability of fibre reinforced concrete composites to absorb energy has long been recognised as one...
The use of structural fibre as replacement of the traditional reinforcement in precast concrete segm...
The present paper deals with the use of different types of fiber to reinforce shotcrete for tunnel ...
Synthetic fiber reinforced concrete has been used in shotcrete for many years. This paper discusses ...
Large volumes of steel fibre reinforced shotcrete (sprayed concrete) and steel bolts are commonly us...
The use of fiber reinforced concrete in tunnel linings, with or without conventional rebars, has inc...
Fibre Reinforced Concrete (FRC) has been increasingly used in precast tunnel linings. FRC, with or w...
Fiber reinforced concrete, with different types of fibers, has been increasingly used in underground...
The use of fiber reinforced concrete in tunnel linings, with or without conventional rebars, has inc...
The design of preliminary lining has a fundamental role in the stabilization of tunnel working, befo...
Increasing popularity of using fibres in concrete has brought questions about their usability in seg...
The effectiveness of tunnel segments reinforced with 12 kg/m3 polymeric macro-fibres in addition to...
Fibre Reinforced Shotcrete (FRS) reinforced with macro-synthetic fibres has now been used to stabili...
The use of precast steel fibre reinforced concrete (SFRC) for tunnel segments is a relatively new ap...
This paper presents the most outstanding experiences regarding the use of fibres as the main reinfor...
The ability of fibre reinforced concrete composites to absorb energy has long been recognised as one...
The use of structural fibre as replacement of the traditional reinforcement in precast concrete segm...
The present paper deals with the use of different types of fiber to reinforce shotcrete for tunnel ...
Synthetic fiber reinforced concrete has been used in shotcrete for many years. This paper discusses ...
Large volumes of steel fibre reinforced shotcrete (sprayed concrete) and steel bolts are commonly us...
The use of fiber reinforced concrete in tunnel linings, with or without conventional rebars, has inc...
Fibre Reinforced Concrete (FRC) has been increasingly used in precast tunnel linings. FRC, with or w...
Fiber reinforced concrete, with different types of fibers, has been increasingly used in underground...
The use of fiber reinforced concrete in tunnel linings, with or without conventional rebars, has inc...