Reliability in the Testing & Assessing of Piling Work Platforms
Reliability in the Testing & Assessing of Piling Work Platforms
Cranes & Piling Rigs Technical Paper by Balfour Beatty – Ground Engineering Magazine – November 2012
Use of the Plate Load Test and Light Weight Deflectometer for assessing the compaction and bearing capacity of temporary works platforms (piling rig working platforms)
I must confess that this equipment is fantastic compared to the old technology.
Insitutek imports, sells and services, unique geotech equipment that has proved of great benefit to those who use it. It has a particularly beneficial role to play for those compacting soil in infrastructure projects.
The PANDA probe is giving us and the construction team very useful insight with immediate feedback on the compaction being achieved on a major new rail construction project in QLD. We have two teams working daily using PANDA DCP’s and the Automatic Hammer on the rail formation, enabling real time decision making with confidence, based on the highly repeatable results.
Insitutek Blogs
Compaction is one of the most important processes in pavement construction and, done well, leads to long-lasting pavement performance and reduced maintenance costs.
Our clients use Intelligent Compaction to create uniform efficient quantified compaction. Our Intelligent Compaction system provides:
We are delighted to officially announce our Ground Improvement portfolio.
For the last three years, we have been working on extending our offer from, just, in situ testing to testing and improving in situ conditions.
With our ground improvement portfolio, our focus is delivering more sustainable outcomes. Here is what we offer:
On 2 August 2024, geomechanics professionals gathered in Canberra for the Australian Geomechanics Society ACT Insitu Testing Practical Workshop. The event focused on practical demonstrations of key insitu testing methods, including Cone Penetration Testing (CPT), Static Plate Load Test (PLT), Dynamic Probing Super Heavy (DPSH), Light Weight […]