Predicting strengths and understanding how these values related to the underlying
composite structure is essential for the design and application of particulate reinforced metal …

For mechanical components composed of AlSi10Mg material and produced by laser melting
deposition (LMD), micro pores introduced during the additive manufacturing (AM) process …

Understanding how the load bearing capacity of particulate reinforced metal matrix
composite (PRMMC) is related to the underlying microstructure is essential for developing …

Shakedown theory has been widely used to evaluate the load-bearing capacity of elastic-
plastic structures under cyclic load. The stress compensation method (SCM) shows good …

This paper introduces a numerically-based methodology for determining the load-bearing
capacity of particulate reinforced metal matrix composites (PRMMC) under both monotonic …

For mechanical components made by additive manufacturing (AM) techniques such as
directed energy deposition (DED), micropores and other defects prevalently exist in the …

In order to understand how hardening of the binder phase in particulate reinforced metal
matrix composites (PRMMC) influences the effective strength, we present in this work a …

In this paper, a numerical technique is presented for evaluating the influence of particle size
in particulate reinforced metal matrix composites (PRMMCs) on two critical material …

Nanostructured face-centered cubic (fcc) metals with nanoscale twin lamellae and multiple
distribution of microstructural size are proved to possess higher yield strength and good …

为了克服传统广义屈服函数的局限性, 建立了适用于平面和空间框架结构, 且对截面几何尺寸不
敏感的箱型构件通用齐次广义屈服函数, 提出了箱型框架极限承载力分析的高效线弹性迭代方法 …