Please provide the following details :
This field is required
Please enter valid email (e.g. johnsmith@domain.com)
Construction contributes significantly to carbon emissions, especially during tunneling due to energy-intensive equipment. Accurate carbon footprint estimation is crucial. Our study evaluates emissions in tunneling methods, from material production to excavation and support. Findings inform CO reduction plans at construction sites. AECOM experienced engineers explains in this article how to calculate the Carbon footprint emissions of different tunneling construction methods and their advantages and disadvantages.
As the demand for decarbonization from investors and government grows, tunnel linings – and their cement content – are coming under scrutiny. What does this mean for sprayed concrete, asks Kristina Smith
An overview of standards and recommendations for the design and construction of steel fiber reinforced concrete (SFRC), which is now being used for new applications, and raising performance to another level.
This paper discusses various material characteristics of steel and polymer fibers, and takes a close look at the long-term performance of each.
Definitions of characteristic values for FRC and methods to determine them. This will help FRC designers and contractors achieve optimum material properties for structural designs incorporating FRC.
Let’s talk about your project and discover what Dramix® fibers can do for you.