_effectiveness-of-inhibiting-liquefaction-triggering-by-shallow-ground-improvement-methods-field-shaking-trials-with-t-r.jpg "Effectiveness of Inhibiting Liquefaction Triggering by Shallow Ground Improvement Methods: Field Shaking Trials with T- Rex in C from velocity engineers Video Screenshot Preview")
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⏲ Duration: 53 min 85 sec
✓ Published: 15-Nov-2014
✓ Published: 15-Nov-2014
Description:
Christchurch and the Canterbury region in New Zealand were devastated in 2010-2011 by a series of powerful earthquakes. The Christchurch area experienced widespread liquefaction that caused extensive damage. One critical problem facing the rebuilding effort is that the land remains at risk of liquefaction in future earthquakes. Therefore, effective engineering solutions must be developed to increase the resilience of homes and low-rise structures. To this end, a series of full-scale field trials
Christchurch and the Canterbury region in New Zealand were devastated in 2010-2011 by a series of powerful earthquakes. The Christchurch area experienced widespread liquefaction that caused extensive damage. One critical problem facing the rebuilding effort is that the land remains at risk of liquefaction in future earthquakes. Therefore, effective engineering solutions must be developed to increase the resilience of homes and low-rise structures. To this end, a series of full-scale field trials
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