A time to eat, drink & talk about science!
Celebrating 4 Years of Science on Tap!
Join us
Science
on Tap Series
Thursday, December 3, 2015
5:30 pm
- 6:30 pm
Yanni's
will be offering Happy Hour Appetizers during SoT!
3109 Central Avenue NE
(505) 268-9250
What could possibly go wrong? Infrastructure failures, lessons from the past, and possible ways to design sustainable and resilient systems of the future.
Andrea Mammoli, PhD
Professor, Mechanical Engineering
University of New Mexico
Professor, Mechanical Engineering
University of New Mexico
In 2003, overgrown branches touched transmission lines in
Ohio, and triggered a blackout that left 55 million people in the US and Canada
without power for days. What could have been a small and manageable event
cascaded to such a large scale because of a series of interconnected failures in physical, controls,
communications and human systems. In 2005, Hurricane Katrina left 1836 people
dead, due to a combination of lack of electricity, running water, sewage and
transportation. In 2012, Hurricane Sandy caused widespread damage to the East
Coast of the United States, leaving 7.5 million people without power, and
almost caused the food supply chain to break down.
As infrastructures become more and more interconnected, we
may be inadvertently setting ourselves up for disruption on an unprecedented
scale. What if the power grid were to go down for weeks? What would life be
like in Phoenix in the summer, or in New England in the winter?
What lessons have we learned from past failures, and what
can be done to reduce the risk of catastrophic large scale events, caused by
increasingly extreme weather, or by malicious man-made attacks? Can we design
infrastructure that is more resilient, and at the same time more sustainable?
How can science and engineering help?