The latest generation of Freyssinet’s multihole saddle, which offers improved performance and durability, was used for the first time on Vietnam’s An Dong extradosed bridge.

A short timescale for assembly and erection of a cable-net roof on a new stadium in Las Vegas drove the creation of a digital site management tool that saved time and improved quality control.

Conventional solutions for strengthening a critical viaduct in west London proved impractical and led to the development of a ‘plug and play’ post-tensioning system and bespoke erection equipment.

A specially developed mix and custom-designed equipment now allow ultra-high-performance fibre-reinforced concrete to be spray-applied, opening up a world of possibilities for this durable material.

Planned widening works to an 80-year old bridge in the congested urban setting of Ho Chi Minh city centre had to be reconsidered after thorough analysis revealed the structure’s true condition.

Russky Island cable-stayed bridge pushed the limit for cable-stayed structures, its main span setting a new world record and demanding extra-long cables designed for the region’s harsh climate.

When a bolt of lightning damaged the cable system, the cable-stayed bridge lightning protection had to be carried out along with the emergency replacement of one of the cables.

A complex and innovative system for casting, assembling and post-tensioning tree-shaped concrete columns was the key to bringing to life the architect’s vision for a new national museum in Marseille

Space for a new elevated light rail system in the capital was in short supply. Freyssinet’s proposal to introduce a seismic isolated superstructure addressed this and even led to a 20 % reduction in costs.

Bearings to support the cryostat chamber inside the ground-breaking International Thermonuclear Experimental Reactor (ITER) in south west France had to meet stringent requirements.