Reliability Analysis Of Three-dimensional Reinforced Concrete Structures By The Monte-carlo Method
Journal: Revue Nature et Technologie (Vol.9, No. 1)Publication Date: 2017-01-30
Authors : Benyahi Karim .;
Page : 35-40
Keywords : Modeling; nonlinearity; reliability; failure probability; Monte Carlo;
Abstract
The objective of this study is to analyse the reliability of three-dimensional reinforced concrete structures in which the non-linear mechanical and geometric nonlinearity are take into account. For this purpose, we have developed a program in FORTRAN to simulate the direct Monte Carlo method coupled to a non-linear calculation for evaluating the failure probability of three-dimensional structures. The events of the environment (field strengths, actions) and materials behaviour are simulated by random and deterministic variables. A first validation illustrate the mechanical modeling approach; by comparing the results of present calculation with experimental results or analytical solutions. The reliability-model is checking; the simulation results of the direct method of Monte Carlo are compared with those of Hasofer-Lind.
Other Latest Articles
- Prediction The Life Of The Composite Material To A Fatigue Test
- Study And Optimization Of Thermal Parameters Of Parabolic Trough Power Plant Used In The Site Of Ain-defla
- Fluid Flow Simulation Through A Naturally Fractured Reservoir With Matlab & Eclipse Software
- Analysis Of Hdpe Behavior During Two Equal Channels Angular Pressing Using 120° Die
- Determination Of Stress Intensity Factors For A Bi-material Ring Spicemen With Curved Cracks Under Compressive Loading
Last modified: 2021-08-11 14:58:16