Difference between revisions of "User:Sally"
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- construction: “Fire doors” and other materials in buildings to retard fire. | - construction: “Fire doors” and other materials in buildings to retard fire. | ||
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| + | == General Material Properties == | ||
| + | * Different ways to describe material behavior, among other tests, you can test for: | ||
| + | - Ease of ignition / Flame spread / Fire endurance / Fuel contribution / Smoke evolution | ||
| + | * Can get a different perspective of material from different tests on small, medium and large scales depending on which property is most important for the application. | ||
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[[#top | Top of Page]] | [[#top | Top of Page]] | ||
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[[Main Page|Home]] | [[Main Page|Home]] | ||
Revision as of 23:17, 1 January 2009
Contents
About me
SeungYeon Kang Applied Physics, G1
Fun facts on soft matter
Good references: Polyelectrolytes in Solution and the Stabilization of Colloids : [1]
Final Project: Fire Retardant Polymers
Definition
- “Flame-retardant”/ “Flame resistance”: understood to be resistant to catching on fire, but level of resistance varies
- Implied meaning: self-extinguishing
- “Flame-retardant” does NOT mean noncombustible
- Risk still present in materials (but lower than in other materials)¹
Applications
- Clothing: fire-retardant for a certain length of time. Usually a short length of time in casual clothing. Higher level of resistance required in fire fighter uniforms.
- children’s sleepwear / Casual shirts, pants, etc. / Fire fighting overalls
- Industrial
- construction: “Fire doors” and other materials in buildings to retard fire.
General Material Properties
- Different ways to describe material behavior, among other tests, you can test for:
- Ease of ignition / Flame spread / Fire endurance / Fuel contribution / Smoke evolution
- Can get a different perspective of material from different tests on small, medium and large scales depending on which property is most important for the application.
