CAJ | 학술논문

基于钨丝增强锆基块体非晶复合材料结构特点及均匀化方法，建立计算该复合材料等效弹性常数的理论模型；结合有限单元法对钨丝增强锆基块体非晶复合材料等效弹性常数进行数值计算；分析增强相的体积分数或尺寸对钨丝增强锆基块体非晶复合材料有效性能的影响。研究结果表明：将均匀化理论与有限元方法相结合能有效地预测具有周期性细观结构的块体非晶复合材料的有效弹性性能，为合理设计该类材料奠定基础。
기우오사증강고기괴체비정복합재료결구특점급균균화방법，건립계산해복합재료등효탄성상수적이론모형；결합유한단원법대오사증강고기괴체비정복합재료등효탄성상수진행수치계산；분석증강상적체적분수혹척촌대오사증강고기괴체비정복합재료유효성능적영향。연구결과표명：장균균화이론여유한원방법상결합능유효지예측구유주기성세관결구적괴체비정복합재료적유효탄성성능，위합리설계해류재료전정기출。
Based on the structural signature of tungsten-fiber reinforced Zr-based bulk metallic glass matrix composites (BMGMCs) and homogenization theory, a theoretical model for calculating their equivalent elastic constants was established. The equivalent elastic constants of these composites were predicted by the proposed model combined with the finite element analysis. The effects of the volume fraction and size of the reinforced phases on the effective properties of tungsten-fiber reinforced BMGMCs were further studied. The results demonstrate that a combined approach of the homogenization theory and the finite element formulation can effectively predict the elastic properties of tungsten-fiber reinforced BMGMCs with periodic meso-structure and thus, providing bases for the rational design of this kind of composite.