Journal of Scientific Research
Volume 4, Numéro 7, Pages 3-8

Modeling And Simulation Of Nonlinear Behavior Of Planar Structures, Of Reinforced Concrete And Fibers Concrete By The Finite Element Beams

Authors : Alioua Nacereddine . Drizi Said . Meziane Roufida . Belhoucine Malika .

Abstract

A model is formulated while being based on the theory of Navier _ Bernoulli for the cross-sections in the plans reinforced concrete and fibre reinforced concrete structures. This modelling is carried out using beams finite elements takes into account the nonlinearity had: with the materials concrete and steel, with the interaction steel concrete, the problem of cracking and also with the influence of fibres on the behaviour. A data-processing program «frame_2d» is elaborate in FORTRAN 90, which will allow the digital simulation. Lastly, several examples extracted the literature were tested by using the program «frame_2d ». The comparison of the results obtained with theoretical and experimental results, is very satisfactory.

Keywords

nonlinear Modeling, finite element beam, reinforced concrete, fiber concrete, cracking

Strengthening Of Concrete Beams By Cfrp: Experimental Study And Finite Element Analysis

Ghernouti Youcef .  Rabehi Bahia .  Benhamna Ali .  Hadj Mostefa Adda . 
pages 47-57.


Modeling Of The Interface Between The Concrete And The Fibers Grid In Concrete Slab

Bouzeboudja Fatma .  Ali Ahmed Chafika . 
pages 137-146.


Effect Of Sulfuric Acid On The Behavior Of A Composite Based Polymer Reinforced With Glass Fibers

Mahmoudi Noureddine .  Tayeb M'hmed .  Bourdim Mokhtar . 
pages 9-12.


Determination Of The Performance Point Of Reinforced Concrete Frames Using The Nonlinear Static Method Pushover

Abdelouafi El Ghoulbzouri .  Zakaria El Alami .  Sabrine El Hannoudi . 
pages 146-154.


Repair Of Reinforced Concrete Beams In Shear Using Composite Materials Prfg Subjected To Cyclic Loading

Boumaaza Messaouda .  Bezazi Abderrezak .  Bouchelaghem Hafida .  Benzannache Naziha .  Amziane Sofiane .  Scarpa Fabrizio . 
pages 84-92.