Simulation on Composition and Mechanical Properties of Concrete

Hui Jin Mu

doi:10.4028/www.scientific.net/AMM.578-579.1473

Paper Titles

Effectiveness of Amino Alcohol-Based Corrosion Inhibitor and its Influence on Concrete Properties
p.1454

Reliability Analysis of Offshore Structures with Consideration of Seasonal and Directional Effects
p.1459

Research for Computing the Structure Reliability Index
p.1464

The Research on Computation of Researchers Certainty Factor of Bridge's Durability Evaluation Based on the Indeterminate AHP
p.1469

Simulation on Composition and Mechanical Properties of Concrete
p.1473

Analysis of Concrete Corrosion and Damage Mechanism under the Actions of Multiple Salts and Dry-Wet Cycles
p.1477

Application of SAP2000 API and .NET Framework for Reliability Assessment of RC Structures
p.1482

Revision for Concrete Members Crack Control Criteria Based on Durability Demand
p.1489

Analysis about Isolation Effect for Mega Frame with Rubber Bearing
p.1493

HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vols. 578-579Simulation on Composition and Mechanical...

Simulation on Composition and Mechanical Properties of Concrete

Abstract:

The mechanical properties of concrete and aggregate components only, with the ratio, the intensity level, reinforcement situation, but also on the specimen geometry and other factors are closely related. This paper describes the use of mathematical methods to establish a theoretical model of the mechanical properties of concrete, and then be verified by testing or engineering practice, the results reflect the true mechanical properties of the actual structure of concrete, numerical results reveal the physical mechanism of concrete material damage, particularly the existence of internal material impact on the mechanical properties of concrete and size effect of meso defects.