Fighting Fires before They Start Computer Modeling of Conflagrations Allows Engineers to Put Experience into Design Practice. FIRE-SAFETY TECHNOLOGY

By Ross Atkin, writer of The Christian Science Monitor | The Christian Science Monitor, June 27, 1990 | Go to article overview

Fighting Fires before They Start Computer Modeling of Conflagrations Allows Engineers to Put Experience into Design Practice. FIRE-SAFETY TECHNOLOGY


Ross Atkin, writer of The Christian Science Monitor, The Christian Science Monitor


AFTER the smoke clears from a major fire, questions about what happened and what can be done to avoid future conflagrations often linger. That's when Jonathan Barnett's know-how comes in handy.

Dr. Barnett, a fire-safety instructor at Worcester (Mass.) Polytechnic Institute (WPI), is an expert in using computer models to reconstruct and study fires. His next project may be a study of the Scandanavian Star tragedy, the North Sea ferry fire that claimed 161 lives in April. He is negotiating with a consultant to the boat's owner about doing a computer simulation of the fire.

"There are several scenarios of what happened," Barnett explains. "We can take those and feed them into the computer and see if the computer gives us the results we expect."

Once the appropriate scenario is identified, "what if" games are possible. That may mean looking at the under trained crew to see if an improved firefighting response would have made a difference.

"Maybe the fire was so large that irrespective of what the crew did, it wouldn't have mattered," he says. "And what if there had been more fire doors? Or what if the interior finish in the corridor had been changed? Would these have made a difference? This is important not only for litigation purposes, but also for the design of new ships."

The potential uses for this advanced technology include any designed structure - commercial, residential, or public. In fact, Barnett is working with two large subway authorities (he can't divulge the cities) that want to determine how effectively smoke and toxic gases could be vented if a fire occurred.

For small personal-computer type projects, Barnett uses the HAZARD I program developed by the National Institute of Standards and Technology in Gaithersburg, Md. By further developing such programs, says Richard Bukowski, the agency's manager of technology transfer, designers will be able to "look at fires in buildings that are still on the drawing board. (The architect) can set fires in the building to determine the response of that design, the materials, the layout, arrangements, and so on."

With the existing program, computers can handle several thousand heat-transfer calculations per second of simulation time, determine a fire's spread, and see what the effect will be upon a building's occupants.

This design tool is possible because of the amount of sophisticated knowledge that exists about the nature of fire. But putting this knowledge to practical use has occurred slowly.

"While the United States is near the forefront in the development of advanced fire technology, it appears to lag behind in its application," says David Lucht, director of WPI's Center for Firesafety Studies.

This conclusion, included in a written assessment of the problem, will catalyze discussion at a conference on fire-safety design in the 21st century, to be held next May at WPI. The school offers the country's only advanced-degree program in fire protection engineering. (The University of Maryland will launch a graduate program in September.)

Mr. Lucht says that because so much is known about the properties of building materials and fire dynamics, builders, engineers, and architects can bypass costly and time-consuming lab testing.

A case in point, he explains, involves the steel girders used in high-rise buildings. Since steel beams lose their strength at 1200 degrees F, they frequently are encased in concrete or gypsum to prevent their collapse. …

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