About half of that growth, 41%, is forecast to occur in North America, with the automobile and aerospace industries dominating. In just the next few years, in fact, the world’s digital twin market is expected to grow at a compounded annual growth rate (CAGR) of nearly 38%, reaching $16.4bn by 2024. A complete evacuation was ordered.īuilt in the early 1960s, the 57-year-old technological wonder remained the world’s largest single-unit radio telescope until 2016 when the FAST (Five-hundred-meter Aperture Spherical radio Telescope) began operation in China.īut what if a tragedy like this never happened again? What if a future failure - of a structure, building or even assembled part - could be predicted not weeks or months in advance, but years, even before mass production of its component parts? With digital twin technology, the process by which physical objects are converted into digital replicas via 3D laser scanning and monitored and modelled with real-time cloud-based data analytics, that reality is coming to pass. A second cable failure in November sealed Arecibo’s fate as engineers concluded the facility could not be saved. The initial cable failure ripped open a 100ft gash in the observatory’s 1,000ft diameter reflector dish and the site was temporarily closed for repairs. The observatory was in the middle of a rushed dismantling after two cables failed over the summer and fall. Patrick Bohle, vice-president of solutions marketing at FARO Technologies, looks at how digital twinning will transform fault diagnosis, predictive maintenance and product developmentĪs if last year needed any more unhappy news, the global scientific community was dealt a serious blow in its closing weeks when the famed Arecibo radio astronomy observatory in Puerto Rico collapsed.
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