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Video: Can a stack of computer servers survive an earthquake?

A rack of computer servers on an earthquake shake table

The rack of servers shook, but did not fall, during a simulation that mimicked 80 percent of the force of 1994's Northridge earthquake. (Credit: Cory Nealon)

Tests at the University at Buffalo show local seismic isolation and damping methods can protect sensitive electronic equipment

Release Date: August 29, 2014

In buildings such as data centers, power plants and hospitals, it could be catastrophic to have highly-sensitive equipment swinging, rocking, falling and generally bashing into things.

BUFFALO, N.Y. – How do you prevent an earthquake from destroying expensive computer systems?

That’s the question earthquake engineer Claudia Marin-Artieda, PhD, associate professor of civil engineering at Howard University, aims to answer through a series of experiments conducted at the University at Buffalo.

“The loss of functionality of essential equipment and components can have a disastrous impact. We can limit these sorts of equipment losses by improving their seismic performance,” said Marin-Artieda, who earned her doctorate from UB in 2007.

·         Here is a video of one of the tests, which mimics 80 percent of the force of 1994's Northridge earthquake: http://bit.ly/1lyO1aZ.

In buildings such as data centers, power plants and hospitals, it could be catastrophic to have highly-sensitive equipment swinging, rocking, falling and generally bashing into things.

In high-seismic regions, new facilities often are engineered with passive protective systems that provide overall seismic protection. But often, existing facilities are conventional, fixed-base buildings in which seismic demands on sensitive equipment located within are significantly amplified. In such buildings, sensitive equipment needs to be secured from these damaging earthquake effects, Marin-Artieda said.

The stiffer the building, the greater the magnification of seismic effects, she added.

"It is like when you are riding a rollercoaster,” she said. “If your body is relaxed, you don’t feel strong inertial effects. But if you hold your body rigid, you’ll feel the inertial effects much more, and you’ll get knocked about in the car.”

The experiments were conducted this month at the University at Buffalo’s Network for Earthquake Engineering Simulation (NEES), a shared network of laboratories based at Purdue University.

Marin-Artieda and her team used different devices for supporting 40 computer servers donated by Yahoo Labs. The researchers attached the servers to a frame in multiple configurations on seismically isolated platforms. They then subjected the frame to a variety of three-directional ground motions with the servers in partial operation to monitor how they react to an earthquake simulation.

Preliminary work confirmed, among other things, that globally and locally installed seismic isolation and damping systems can significantly reduce damage to computer systems and other electronic equipment.

Base isolation is a technique that sets objects atop an energy-absorbing base; damping employs energy-absorbing devices within the object to be protected from an earthquake’s damaging effects.

Marin-Artieda plans to expand the research by developing a framework for analysis, design and implementation of the protective measures.

The research is funded by the National Science Foundation. In addition to Yahoo Labs, industry partners include Seismic Foundation Control Inc., The VMC Group, Minus K Technology Inc., Base Isolation of Alaska, and Roush Industries Inc. All provided in-kind materials for the experiments.

Media Contact Information

Cory Nealon
News Content Manager, Computer Science, Economic Development, Engineering, Sustainability
Tel: 716-645-4614
cmnealon@buffalo.edu
Twitter: @UBengineering