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Fire plumes, computer simulation

Fire plumes, computer simulation


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Science Photo Library

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Fire plumes, computer simulation

Fire plumes. Computer simulation of large fire plumes. The simulation reveals turbulence and the unstable nature of fire plumes. The instability causes unsteady heat transfer and makes it hard to predict the outcome of large fires. Computer models such as this help researchers understand the nature of fire. Image created in 2007 at the University of Buffalo, USA

Science Photo Library features Science and Medical images including photos and illustrations

Media ID 6410370

© PAUL DESJARDIN/SCIENCE PHOTO LIBRARY

Burning Computational Computer Graphic Computer Model Computer Simulation Fire Fluid Heat Heating Non Destructive Testing Reaction Simulating Test Turbulence Turbulent Visualisation Visualization Physical


EDITORS COMMENTS
This print captures the mesmerizing beauty and complexity of fire plumes through a computer simulation. Created in 2007 at the University of Buffalo, USA, this image showcases the turbulent and unstable nature of large fire plumes. The simulation reveals intricate patterns and movements within the flames, highlighting the challenges researchers face in predicting the outcome of such intense fires. By utilizing advanced computer models like this one, scientists gain valuable insights into understanding the true essence of fire. The unsteady heat transfer caused by instability adds another layer of complexity to these simulations, making it even more difficult to predict how fires will behave under different circumstances. The visual representation presented here is not only visually striking but also serves as a powerful tool for studying various aspects related to heat, heating technology, physical chemistry, chemical reactions, computational fluid dynamics (CFD), and turbulence. It offers a glimpse into how supercomputer imaging can be used for non-destructive testing and visualization purposes. As we delve deeper into exploring phenomena like fire dynamics using cutting-edge technology and scientific methods, images like this provide us with invaluable knowledge that can help improve firefighting techniques or develop strategies for preventing catastrophic wildfires. This print from Science Photo Library reminds us of both the destructive power and awe-inspiring beauty inherent in natural processes like combustion.

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