Cost Effective Cable Stay Bridge Construction With Variokit Balanced Cantilever Equipment 2 From 5

All systems and processes were therefore optimally matched and allowed on-time completion according to plan.

through the close cooperation between the general contractor, planners and PERI engineers, the shape of the reinforcing ribs a Long the bridge superstructure, among other things, could be optimized during the planning phase in order to accelerate the execution times.

The biggest challenge when realizing the formwork planning proved to be dealing with the significantly asymmetric shape of the superstructure cross-section as well as its varying width along the structural axis.

Fast implementation has been ensured by the provision of extensive technical documentation while a valuable contribution was made through the detailed preparation work on the basis of  the  very latest 3D formwork planning.

This detailed visualization guaranteed cost-effective and efficient on-site forming operations.

The construction team has been provided with support throughout the project which has also accelerated the building processes.

Safety during on-going daily train Operations The compatibility of the cantilevered construction carriage with the PERI UP modular scaffolding has allowed, as part of the comprehensive PERI project solution, the creation of safe working areas.

with a minimum of effort for the construction team, the scaffold could be connected to the VARIOKIT standard components by means of easy-to-use connecting devices in order to provide safe working platform sand access.

The VARIOKIT balanced cantilever equipment The PERIVARIOKIT solution for cantilevered construction is a combination of load-bearing frames consisting of hollow steel profiles for transferring loads and VARIOKIT standard components for the creation of formwork, working scaffolds and platforms as well as adapting the construction to match the geometry of the cross-section.

The cantilever construction equipment transfers the fresh concrete load into the previously completed structure section and moves the formwork from section to section.