But i would be mostly alarmed about earthquakes - the thing sits on sand. Proverbial or not, that would make it very susceptible to soil liquification.
Imagine a stick with a weight on top of it. On solid ground it stands still. But if the ground was to turn into a liquid, the stick would tilt and sink rapidly. If the soil were to liquify for a second, it would end up at an angle half-sunk. And a building can't tolerate side loads, so it won't stay at an angle - it would collapse down.
> And while Stanford’s Deierlein doesn’t consider the sink or tilt a safety issue, he did say, “I would be concerned for my investment.” That’s because a shifting building can cause walls to crack, elevators to malfunction and all manner of other annoyances.
The risks in a tilting building are many. From a market value standpoint, homeowner value has already been destroyed simply by perception. If remediation is necessary here, homeowner fees could dramatically increase. Tilting buildings often see cracks in walls, malfunctioning elevators and other ills which also lower value. There will be lawsuits here-- you can see all sides rattling sabers with legalistic language and positioning already just from these articles -- and those will carry costs as well. Taxpayers may well be pulled into the fray and suffer as well in these situations.
From a pure safety standpoint, experience dictates that we should discount expert declarations of safety in many such matters. Residents of the tower and the towers' neighbors may do well to heed caution. At the end of the day, it is hubris to expect to predict with any high degree of confidence what might happen here. After all, none of the experts from any side involved foresaw even the current predicament, where no grand act of nature is even involved. The building simply stands there, yet already reacts in unpredicted ways. How likely are the experts then to foresee predicaments in even more complex situations?
How might this happen - do you mean via the Transbay Dev.?