Bulletproof Glass: Physics & Properties

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SUMMARY

The discussion centers on bulletproof glass, specifically its lamination effect and properties, as a topic for a presentation aimed at prospective Physics students. The user expresses a need for diagrams and resources that explain the physics behind bulletproof glass, mentioning materials such as plexiglass and Lexan. They also reference ferrofluids, highlighting their development by NASA and commercial applications. The user seeks additional information for both the presentation and personal interest.

PREREQUISITES
  • Understanding of the lamination effect in materials
  • Familiarity with materials like plexiglass and Lexan
  • Basic knowledge of physics principles related to impact resistance
  • Awareness of ferrofluids and their applications
NEXT STEPS
  • Research the physics behind the lamination effect in bulletproof glass
  • Explore the properties and applications of Lexan in safety materials
  • Investigate the manufacturing processes of bulletproof glass
  • Learn about the applications and properties of ferrofluids in various industries
USEFUL FOR

Physics students, materials scientists, educators preparing presentations on safety materials, and anyone interested in the applications of advanced materials like bulletproof glass and ferrofluids.

Large dwarf
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Wasn't too sure where to put this as it is not actually homework. Anyway, I've been called upon to do a presentation on a material for prospective Physics students. I was going to do ferrofluids as they look extremely cool, but they want a material with a proper use, therefore I have chosen to do bulletproof glass.

Now I understand the whole lamination effect and I also know about one way glass. However, I have so far proved incapable of finding any diagrams or clips of it in action or ones that explain the Physics for it. Also, if you know of books, information or sites that can give me more information that'd be great, not so much for the presentation, more for personal interest.
 
Physics news on Phys.org
if I'm not mistaken the stuff is plexigless, Lexan, etc--might try googling.
 
... Ferrofluids were originally developed by NASA to confine liquids in space. Commercial applications include ultracentrifuge rotor seals ... from this link

http://jchemed.chem.wisc.edu/jcesoft/cca/CCA2/MAIN/FEFLUID/CD2R1.HTM"

Some more applications

http://www.lord.com/tabid/3327/Default.aspx"
 
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