November 2013
Sydney Opera House Vehicle Access and Pedestrian Safety Project
What we will discuss
› The need › The engineered solution › The realisation
› Ramp › Main Dock › Opera Theatre Corridor
Reasons for VAPS Project
Project Organisation
• Client: Sydney Opera House
• Clients Designers: • Architect - Scott Carver, • Structures - Arup, • Services consultants
• Construction: John Holland
Project Details
Project Details
Instrumentation & Monitoring
• 6 x inclinometers • 2 x extensometers • 205 surface and
building monitoring points
• 4 stage trigger levels • Automated system
Ramp, Mined Tunnel & Pedestrian Emergency Tunnel
› 50m long ramp and cut & cover section › 14m deep at tunnel
portal › Conventional excavation › Approx 8000 BCM
Ramp, Mined Tunnel & Pedestrian Emergency Tunnel
› Total 3000 BCM › Bolted section 1600 BCM
• Lattice girder section 1400BCM
• 22 lattice girder sets
Ramp, Mined Tunnel & Pedestrian Emergency Tunnel
› Three layers of support installation › Square profile lattice
girder
• 1.44m advances • Full support in three
advances from face
Ramp, Mined Tunnel & Pedestrian Emergency Tunnel
Ramp, Mined Tunnel & Pedestrian Emergency Tunnel
Main Loading Dock & Truck Turning Bay
Main Loading Dock & Truck Turning Bay
Main Loading Dock & Truck Turning Bay
Main Loading Dock & Truck Turning Bay
Opera corridor, Lift 21, Stair 9 & Cross Cut Tunnel
Opera corridor, Lift 21, Stair 9 & Cross Cut Tunnel
Opera corridor, Lift 21, Stair 9 & Cross Cut Tunnel
What does it take to deliver a project like this?
› A client with a need › A risk engineered solution › A committed team that values
› Integrity › Innovation › Collaboration › Accountability › Care
Questions?
› johnholland.com.au