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Numerical Simulation of Cement Concrete Under Corrosion Fatigue
Research on cement concrete under corrosion fatigue is mainly focused on experimental research which is difficult to reveal the physical mechanism of deformation and failure. Models for sulfate attack have been based on the different scientific fields of engineering, mechanics, physics, and mathematics. For this problem, the numerical solution of the cement concrete under the fatigue corrosion is established with establishing diffusion reaction equation basing on Fick's second law under the coupled action of corrosion fatigue and obtaining the stress-strain response
Numerical Simulation of Cement Concrete Under Corrosion Fatigue
Research on cement concrete under corrosion fatigue is mainly focused on experimental research which is difficult to reveal the physical mechanism of deformation and failure. Models for sulfate attack have been based on the different scientific fields of engineering, mechanics, physics, and mathematics. For this problem, the numerical solution of the cement concrete under the fatigue corrosion is established with establishing diffusion reaction equation basing on Fick's second law under the coupled action of corrosion fatigue and obtaining the stress-strain response
Numerical Simulation of Cement Concrete Under Corrosion Fatigue
Advanced Materials Research ; 430-432 ; 177-180
03.01.2012
4 pages
Aufsatz (Zeitschrift)
Elektronische Ressource
Englisch
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