The main difference between the methods is discovered when the computational efficiency, measured in terms of error vs. run-time, is compared.
By comparing different types of excitation, the acoustical method was discovered to have many advantages over other methods of excitation used by previous researchers.
The powerful boundary control (BC) method was discovered by Belishev [2] and was further developed by Belishev [3, 4, 5], Belishev and Kurylev [6], Kurylev and Lassas [21, 22] and others (see [19, 20]).
This method was discovered and researched in the 80th at first.
This method was discovered by Van de Graaf, and used by Tschichold and other contemporary designers; they speculate that it may be older.
Some deletions isolated by the PCR method were discovered to be non-mutant (various investigator reports, data not shown), and in at least some cases, it was shown that under certain conditions a wild-type PCR product from flanking primers could be generated.
A new limitation of the feedback linearisation method is discovered in the case of lumped mass systems – that the input and output must share the same degrees of freedom.
I'll go ahead and start the countdown until the next root method is discovered, but I wouldn't expect it to be running very long.
Particularly, the physical meaning of the explicit expression form of the Newmark-β method is discovered and applied for increasing computational efficiency and saving memory.
