In our involvement with the Woolloongabba Station roof for the Cross River Rail Project in QLD, we tackle crucial tasks such as the lifting study, construction sequencing, lift rigging design, and calculation of locked-in stresses due to construction sequencing. This expansive project encompasses a roof measuring 60x45m in plan, with a substantial lifted weight of 330 metric tonnes.
Our primary goal is to ensure project success and safety through thorough planning and precise engineering. For the lifting study, we meticulously analyse various factors like load distribution and crane capacity to craft the most effective lifting plan, ensuring efficiency during construction while minimizing potential risks.
In terms of construction sequencing, our expertise allows us to plan each step with precision, ensuring timely completion and mitigating potential conflicts throughout the process. When designing the lift rigging, we employ innovative techniques to handle the significant weight of 330 metric tonnes safely and efficiently during installation.
Furthermore, our calculations of locked-in stresses due to construction sequencing demonstrate our deep understanding of structural dynamics, enabling us to anticipate and address potential issues proactively.
Our contributions to the Woolloongabba Station roof project reflect our commitment to delivering engineering excellence within the Cross River Rail Project, shaping Queensland’s infrastructure landscape with pride and dedication.
Woolloongabba Station Canopy
