ALGORITHM INTERVAL ESTIMATION OF THE PARAMETERS ACCORDING TO THE SIMULATION EXPERIMENT
Rubrics: 05.23.17 CONSTRUCTION MECHANICS
Authors:
Type:
Article
Pages:
from 70
to 75
Status:
Published
Received:
28.01.2016
Accepted:
28.01.2016
Published:
28.01.2016
Language:
Russian
Keywords:
identification, mathematical model, composite materials, reinforced materials, non-destructive testing.
Abstract (English):
Algorythm of calculating spacing estimations of variables of physics and mechanics parameters defining a construction rigidity according to measured variables of state with consideration of random errors of the measure system. For the spacing estimation of required parameters an algorythm implementing the Monte-Carlo method, with measurement errors and reflection approximation errors being considered. Varification of the given algorithm is shown as an example of spacial (interestimation of rigidity parameters of a nonlinear –elastic reinforced concrete beam
Algorythm of calculating spacing estimations of variables of physics and mechanics parameters defining a construction rigidity according to measured variables of state with consideration of random errors of the measure system. For the spacing estimation of required parameters an algorythm implementing the Monte-Carlo method, with measurement errors and reflection approximation errors being considered. Varification of the given algorithm is shown as an example of spacial (interestimation of rigidity parameters of a nonlinear –elastic reinforced concrete beam
Keywords:
identification, mathematical model, composite materials, reinforced materials, non-destructive testing.
identification, mathematical model, composite materials, reinforced materials, non-destructive testing.
