In material science, resilience is the ability of a material to absorb energy when it is deformed elastically, and release that energy upon unloading. Proof resilience is defined as the maximum energy that can be absorbed up to the elastic limit, without creating a permanent distortion.

弹性 Resilience —— 恢复原状的能力（1）The resilience of the material is the triangular area underneath the elastic region of the curve. 材料的弹性，是指材料应力应变曲线中弹性阶段下方的面积。

We can define resilience of the material to be the amount of energy the material can absorb and still return to its original state. If we are talking about stressing the material and having it return to its original state, we are talking about the material remaining in …

2017年5月6日 · Resilient 更强调容错性和回复力。 像不倒翁那样，在各种错误条件下都可以自动恢复、收敛到目标状态的性质。 例如 Spark 的 RDD（Resilient Distributed Dataset）中的 resilient 主要指在分布式计算环境下的容错性。 Elastic 更强调可伸缩性，可大可小。 例如 EC2（Elastic Compute Cloud）使得用户有能力根据负载快速调节集群大小。 Resilient是有韧性，elastic是有弹性。 一根弹簧压得很用力很长时间放开之后仍然能够恢复到原有长度叫有韧性，一根弹簧能 …

2024年5月21日 · resilience和elasticity虽为近义词，但在工程技术领域有差异。 resilience指物质受外力后恢复原状的能力，而elasticity强调物体本身弹性性质。 摘要由作者通过智能技术生成

resilience一词最直接的意思是恢复或弹回——即事物受干扰后恢复或弹回到原来状态的能力。 在这里, 事物可以指人体、�. 统等各种对象;同时, 干扰也可以指疾病、 灾难, 或导致物体挤压、拉伸及弯曲的外力作用等。 基于resilience 的这一直接意思,国内大多数英汉词典�. 把其翻译成恢复力、 弹性、 顺应力、复原力等, 如《 新英汉词典》[20]和《 有道词典》 等。 另外,从1824 年的《 大英百科全书》 可以看出,resilience还可以理解为应变体在由压缩应力引起变形之后恢复其大小 …

2023年8月3日 · We developed intrinsically elastic ferroelectrics by combining ferroelectric response and elastic resilience into one material by slight cross-linking of plastic ferroelectric polymers. The precise slight cross-linking can realize the …

Elastic means something that stretches or has stretching ability, whereas resilient means something that can withstand pressure or bending or compression, it springs back into shape. Example of something elastic: rubber bands

Resilience is the ability of a material to absorb energy when it is deformed elastically, due to an applied force, and to release that energy once that force is removed. Proof resilience is defined as the maximum strain energy that can be absorbed by a material under stress, up to the elastic limit.

Resilience is generally best used to compare alloys with similar elastic moduli. Fortunately, the elastic moduli of copper alloys do not vary greatly. Note that the copper beryllium has the highest resilience, and the greatest maximum deflection and contact force.