The compressive behavior is one of most basic mechanical properties for engineering materials.
压缩行为是工程材料最为基本的力学性能之一。
Hence, the study of mechanical properties and responses of granular materials is valuable to engineering practice.
因此研究颗粒材料变形行为及其力学性质具有重要的工程实际价值。
By using grain boundary engineering (GBE), it is possible to improve the mechanical, chemical and magnetic properties of metallic materials significantly.
利用晶界工程技术能够显著提高金属材料的力学、化学及磁学性能，因此，晶界工程已成为金属材料研究的一个重要领域。
By using grain boundary engineering (GBE), it is possible to improve the mechanical, chemical and magnetic properties of metallic materials significantly.
利用晶界工程技术能够显著提高金属材料的力学、化学及磁学性能，因此，晶界工程已成为金属材料研究的一个重要领域。
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