Framework plays a key role in construction of bridges and other major infrastructure works – Mike Woof writes
Speeding construction processes can help reduce costs considerably and the latest formwork solutions can provide significant benefits in this regard. In many projects the use of standardized and modular formwork solutions can play a key role, reducing the planning and systems required for bridge building work.
A team of Greek and German PERI engineers have developed a comprehensive formwork and scaffolding solution for the T4 bridge on the A7 motorway in Greece. The 160km long A7 connects Kalamata in the south to Corinth in the northwest of the Peloponnese peninsula. On one stretch of the motorway a 390m long arched bridge – known as T4 – is being used to close the gap between Paradisia and Tsakona. Set for completion in early 2014, two-thirds of the 22m wide bridge superstructure will be suspended on a steel arc
Imaginative formwork, often using modular components, is helping to shape some challenging bridges worldwide. Patrick Smith reports Traffic volumes in and around Prague have swollen massively in recent years, pushing the existing road network to the limits of its capacity. To permanently ease congestion in the Czech capital's centre, a multi-lane orbital motorway is under construction as a high capacity bypass for central Prague and to link up all the motorways and other major highways radiating from the ci
PERI’s VARIOKIT engineering construction kit, being showcased at bauma, is said by the German firm to have already provided cost-effective and flexible solutions for superstructures for several years. From project-specific solutions for tunnels, to system applications in bridge construction and heavy-duty towers for the highest loads, VARIOKIT is extremely adaptable. Now it can also be used for the balanced cantilever method with a few additional, newly developed system components. The new components for t
