HSS：高应力应变
“High Stress and Strain”（简称HSS）是为了便于快速书写和使用而采用的常见缩写形式。该术语广泛出现在各类机构及技术领域，尤其在美国国家航空航天局（NASA）的相关研究与工程文件中频繁使用。其中文含义对应为“高应力应变”，主要用于描述材料在极端负载下的力学响应特性。
High Stress and Strain具体释义
High Stress and Strain的英文发音
例句
- Numerical results show that during the extrusion forming process the flow and deformation of the FMS0714 / 10 ( Zn-30Al ) material are non-uniform, which results in the high stress and strain gradient.
- 研究结果表明：挤压过程中FMS0714/10（Zn-30Al）阻尼铝合金材料的流动与变形不均匀，导致了应力应变分布的不均匀：材料表面应力应变较大，芯部应力应变较小；
- High stress and strain levels, low critical shear stress and small shear displacement should be responsible for the formation of two twin modes.
- 高的应力应变水平、低的临界剪切应力、小的切变量是两类变形孪晶形成的主要原因。
- By increasing the notch opening angle from 10 ° to 90 °, the distributions of high stress and strain at the moment of fracturing show considerable change. However, the σ f keeps relatively constant.
- 结果表明：当缺口夹角从10°增加到90°时，断裂时的高应力、应变分布产生了明显变化，而σf值相对保持不变；
- The analysis results showed that, when the elongated voids due to the decohesion of the inclusions from base material were loaded subsequently, the local high stress and strain concentration around the voids and their interactions promoted the growth of voids.
- 结果表明：热轧钢中的长条形夹杂物与基体剥离后形成的长条形孔洞在后续加载中，其周围产生的局部高应力应变(HSS)集中及其相互作用使孔洞长大。
- The values of the ancient tectonic stress obtained from calculations of the dislocation density and size of the sub-grains show that the nappe was formed and developed in the tectonic environment with a high stress and high strain rate.
- 利用位错密度、亚颗粒大小等进行古构造应力的计算，说明了颍凤区推覆构造是在高应力、高应变速率的构造环境中形成和发展的。
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