Experimenting Mechanism and Material Optimization of Fe-Ni Foam Metal about Suppressing Gas Explosion and Propagation

Jin Peng Zhang; Chun Rong Wei; Jian Hua Sun; Jun Li; Hai Bo Sun

doi:10.4028/www.scientific.net/AMR.953-954.1633

Paper Titles

Research on the Deformation Characteristic of EPS Silt Light-Weight Soil
p.1614

Simulation and Analysis of Annual Dynamic Air Conditioning Load for Multi-Zone Building
p.1618

Study on Energy Consumption Quotas Development Method of Colleges and Universities in Hubei
p.1624

Study of Low Density and High Strength Slag MTC System
p.1628

Experimenting Mechanism and Material Optimization of Fe-Ni Foam Metal about Suppressing Gas Explosion and Propagation
p.1633

Numerical Simulation on the Effect of Compound Roof Separation Position on Bolting Performance
p.1638

Crystallization and Mechanical Properties of Glass-Ceramic from Silicon Slag
p.1643

The Buckling Optimization on Composite Beam with Hat Stiffener
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Automation of Strength Calculations for Beam Structures
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HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 953-954Experimenting Mechanism and Material Optimization...

Experimenting Mechanism and Material Optimization of Fe-Ni Foam Metal about Suppressing Gas Explosion and Propagation

Abstract:

Using self-designed 30cm×30cm gas explosion experiment pipe and data acquisition system, we found Fe-Ni foam metal suppresses better gas explosion. We analyzed mechanism of suppressing gas explosion from material characteristics,. The three-dimensional holing-through structure of foam metal can quench exploding flame and decline exploding shock wave. Foam metal material has dual advantages of material and structure which can suppress transmission of fire and shock wave. Effect on different parameters of Fe-Ni foam metal materials was contrasted from declining overpressure and flame temperature, and suitable Fe-Ni form metal was optimized for engineering application.

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Periodical:

Advanced Materials Research (Volumes 953-954)

Pages:

1633-1637

DOI:

https://doi.org/10.4028/www.scientific.net/AMR.953-954.1633

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Online since:

June 2014

Authors:

Jin Peng Zhang, Chun Rong Wei, Jian Hua Sun, Jun Li, Hai Bo Sun

Keywords:

Comprehensive Evaluating Method, Foam Metal, Gas Explosion, Suppressing Explosion

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