- Measuring success | 50 years of Strainstall
- TTMS™ deployed in Brazil
- Tower yoke load and angle monitoring system
- Oil pipe strain and movement monitoring
- Jiangyin Yangtze Bridge monitoring
- Automated data monitoring system
- Khalifa Point CALM buoy load monitoring system
- Structural monitoring of Blackfriars Bridge
- Abu Dhabi Plaza static load testing
- Blackfriars station ground movement monitoring
- Shenzi IMMS
- Gandhinagar metro bi-directional static load testing
- Data logging for New Year's Eve
- Monitoring Strainstall's developments
- Taking the strain
- Monitoring stresses and strains
- A measured approach
- Quick release mooring hooks for Portsmouth Port
- Anchor line load monitoring system
- Protecting Qatari heritage building
- Structural monitoring of Burj Khalifa Tower
- Sheikh Zayad Bridge
- Structural monitoring system
- Jamarat Bridge
- CrackFirst™ fatigue monitoring
- Structural monitoring for offshore wind turbine foundations
- Container Weighing System installed at DP World Southampton
- Flavio terminal, Naples is equipped with SOLAS compliant reachstackers
Oil pipe strain and movement monitoring.
Strainstall has been contracted to instrument two oil storage tanks in the UAE.
In order to verify the Finite Element Analysis (FEA) model of storage tanks used at the Abu Dhabi Crude Oil Pipeline Project (ADCOP) Main Oil Terminal in Fujairah, UAE, Strainstall were contracted by the International Petroleum Investment Company to instrument two identical tanks, to measure the strain and movements at the inlet pipe nozzle and first hanger support during and after first filling of oil. Surface temperature was also monitored to compensate for thermal effects on the structure.
Each tank was instrumented with 7 strain gauges to monitor changes in strain levels. 3 prisms were used to measure the lateral movement of the inlet pipe with 2 movement markers recording the vertical movement of the bottom gusset plate and first hangar. Temperature was monitored with 13 thermocouples. Data loggers were then used to capture and store the signals from the various instrumentation.
Initial monitoring was carried out to measure the effect of temperature and other environmental conditions on the structure. This took place over a month and the results showed strain levels/changes were as expected, confirming the calculations of the original FEA model.