3. Probabilistic methods
are applied widely in system identification
techniques.
There are many good
textbooks available on random processes, random vibrations and
probabilistic
methods. Three books
are sampled here because of the practical application
examples they contained and their theoretical breath and depth.
Stochastic
Processes and Random Vibrations: Theory and Practice
by Júlíus
Sólnes
444 pages
John Wiley & Sons, 1997
ISBN:
0471971928
by D. E. Newland
480 pages
Addison-Wesley Pub Co, 1996
ISBN:
0582215846
By Eric VanMarcke
382 pages
The MIT Press, 1983
Web edition,
Rare Book Services,
In particular, some relevant special
issues are –
Volume 16, Number 4:
Volume 15, Number 1: Lyngby
Workshop on Stochastic Mechanics and Structural Reliability
Volume 14, Numbers 1-2:
Specialty Conference on Probabilistic Mechanics and Structural
Reliability
Volume 12, Number 4: ISSAR
Science State-of-the-Art-Report on Computational Stochastic Mechanics
Volume 10, Number 3:
Stochastic Structural Dynamics
(An
Official Journal of the Bernoulli Society for Mathematical Statistics
and
Probability)
Smart Structures Technology Laboratory,
UIUC
Some researchers
who are
working on the front of applying probabilistic methods to engineering
mechanics,
structural dynamics, system identification and earthquake
engineering are listed as follows:
Siu-Kui
Au
James L. Beck
Lori Graham-Brady
Joel P. Conte
Allin
Cornell
George
Deodatis
Roger Ghanem
Mircea
D. Grigoriu
Eric Johnson
Anne
S. Kiremidjian
Sami
Masri
Masanobu Shinozuka
Andrew Smyth
Pol D. Spanos
Bill F. Spencer, Jr.
Erik VanMarcke
Y.K. Wen