A Simulation Analysis Research on the Material Performance of Resin Concrete

Bo Wang; Bin Lin; Kun Zhao

doi:10.4028/www.scientific.net/AMR.721.135

Paper Titles

A Pre-Stitching Method to Manufacture Z-Pins Reinforced Woven Ceramic Matrix Composite Laminates
p.117

Dielectric Response of Structured Multilayered Polyvinylidene Fluoride Films
p.121

Effect of Heat Treatment on the Properties of PB-1/PP Blends
p.125

Measurement and Evaluation of Ferrite Materials Surface Quality
p.130

A Simulation Analysis Research on the Material Performance of Resin Concrete
p.135

Comparative Study on Preparation of Al₂O₃-ZrO₂ Composite Powders by the Complexing Precipitate and Carbonblack Coating Methods
p.139

Study on Photo-Degradation of Poly(ethylene terephthalate)/SiO₂/TiO₂ Hybrid Composites by Sol-Gel Method under Ultraviolet Radiation
p.144

On the Time Dependency of the Chloride Diffusion in High Performance Concrete
p.148

The Processing Characteristics and Mechanical Properties of Semi-Prepreg RTM Composites
p.153

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A Simulation Analysis Research on the Material Performance of Resin Concrete

Abstract:

A numerical analysis method of the thermal stability of the resin concrete is proposed in this paper. A 3D aggregate accumulation model based on the predecessors theory is established and a 2D cross section is directly captured from it. In order to simplify the analysis, a kind of conversion program is developed. The thermal expansion coefficient of established model is close to previous research results. It confirms the analysis method is correct. By the results, a reliable formula is found to calculate the thermal expansion coefficient and a method to reduce the thermal expansion coefficient of resin concrete is proposed.