Pile group spacing impacts earthquake resilience in liquefied soil structures
The researchers studied how piles in soil that turns to liquid during an earthquake handle vertical loads. They used tests and computer simulations to look at how the load on the top of a pile changes during shaking. They found that a certain factor can show if the load on the pile top is higher, lower, or equal to the average load. This factor helps understand how the load is distributed along the pile during an earthquake.