EAC:吸能能力
“能量吸收能力”通常缩写为“EAC”,以便于快速书写和日常使用。这一术语在机构领域,尤其是美国国家航空航天局的相关技术文档和工程应用中十分常见,用于描述材料或结构在受力时吸收并耗散能量的性能指标。
Energy Absorbing Capacity具体释义
Energy Absorbing Capacity的英文发音
例句
- The particular mechanical properties and energy absorbing capacity of aluminum foams adapt themselves to act as shock bumper materials in great potential application.
- 泡沫铝具有独特的力学和吸能特性,是一种应用前景广阔的冲击吸能材料。
- The main purpose of this paper is to investigate the influence of alloying of matrix, pore structure and fillers on the compressive behavior and energy absorbing capacity of aluminum foams with quasi-static and dynamic compressive experiments.
- 本文主要研究了泡沫铝基体的合金化、泡孔结构的变化以及所含填充物对其准静态和动态下的压缩应力-应变行为、力学性能及吸能性的影响。
- Then it analyses energy absorbing capacity of de-excitation resistance of synchronizing generator at two most severe conditions of forced excitation at no load by mistake and sudden short circuit at stator leads.
- 探讨了发电机灭磁电阻吸能容量问题,针对发电机空载失控误强励及定子出线端突然短路二种最严重的工况进行了分析和计算。
- Based on collision energy absorbing capacity of circular tubes, a concept of advanced crashworthy side structure for LPG carrier is presented in this paper.
- 该文基于圆管碰撞能量吸收原理,提出了一种新型LPG船舷侧耐撞结构。
- Among the conventional tubular energy absorbing elements, tubes with Al foam fillers can achieve high stiffness and energy absorption since Al foam has high energy-absorbing capacity.
- 在传统的管式吸能装置中,采用泡沫铝材料作为填充物,可以提高结构的刚度和吸能能力(EAC),从而改进缓冲吸能装置的性能。
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