ChinaOwnsEverything..
A couple of years ago (2003 maybe?) the AIAA ( American Institute of Aeronautics and Astronautics) did a design competition for a low cost alternative to the F-22 with equivalent stealth to an F-117. It was an undergraduate level competition... I had a friend who completed it. It took a team of 7 undergraduates 2 weeks to come up with the conceptual design for an aerodynamically stable (At least in pitch and yaw) aircraft with equivalent stealth to the F-117 using commercially available CAD software, and an RCS software called POFACETS.
These were aerospace engineers, experts in fluid dynamics who know next to nothing about EE or ECE beyond freshman electrodynamics.
You know how they could do in a couple of weeks what took professional engineers in the late 70's months/years? FASTER COMPUTERS. Read the POFACETS description if you care, no secret sauce meta-materials there, just faceted classical optics.
http://www.google.com/url?sa=t&sour...sg=AFQjCNEfwmgEWtIewP9XbQcs2uO0has10g&cad=rja
By the way, all of the stuff that is equally important, but hard to quantify that Gambit. et al. were talking about? This code does not include.
IE: No Creeping, surface waves, no multiple second order reflection or diffractions, no shadowing....
And still, it does not take long to beat the design of the F-117....
Might I recommend something from the sources on that paper?
Jenn, Radar and Laser Cross Section Engineering, AIAA Education Series, June 1995.
It might enlighten you, so you can come back and not sound like a moron.
A couple of years ago (2003 maybe?) the AIAA ( American Institute of Aeronautics and Astronautics) did a design competition for a low cost alternative to the F-22 with equivalent stealth to an F-117. It was an undergraduate level competition... I had a friend who completed it. It took a team of 7 undergraduates 2 weeks to come up with the conceptual design for an aerodynamically stable (At least in pitch and yaw) aircraft with equivalent stealth to the F-117 using commercially available CAD software, and an RCS software called POFACETS.
These were aerospace engineers, experts in fluid dynamics who know next to nothing about EE or ECE beyond freshman electrodynamics.
You know how they could do in a couple of weeks what took professional engineers in the late 70's months/years? FASTER COMPUTERS. Read the POFACETS description if you care, no secret sauce meta-materials there, just faceted classical optics.
http://www.google.com/url?sa=t&sour...sg=AFQjCNEfwmgEWtIewP9XbQcs2uO0has10g&cad=rja
By the way, all of the stuff that is equally important, but hard to quantify that Gambit. et al. were talking about? This code does not include.
IE: No Creeping, surface waves, no multiple second order reflection or diffractions, no shadowing....
And still, it does not take long to beat the design of the F-117....
Might I recommend something from the sources on that paper?
Jenn, Radar and Laser Cross Section Engineering, AIAA Education Series, June 1995.
It might enlighten you, so you can come back and not sound like a moron.
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