anelastic

anelastic的音标为["ænə"selɪks] ，基本翻译为“非弹性”或“不随温度变化而变化的”，速记技巧为：谐音记忆：“俺是美女”（anelastic）不随温度变化而变化。

anelastic这个词的词源可以追溯到拉丁语词根“an-”和“elastic”，分别表示“不”和“弹性的”。这个词的主要含义是指那些在受到外力作用时，能够产生弹性形变，并且能够恢复原状的物质或现象。

变化形式：名词形式为anelasticity，形容词形式为anelastic。

相关单词：

1. elasticity：弹性，弹性系数，弹性性质。这个词表示物体在受到外力作用时产生弹性形变的能力。

2. extensible：可伸展的，可延展的。这个词表示物体可以被拉伸或延展的性质。

3. contractile：可收缩的，有收缩能力的。这个词表示物体可以自己产生收缩的能力。

4. resilience：回弹性，恢复力。这个词表示物体在受到外力作用后能够恢复原状的能力。

5. strain：应变，应力。这个词表示物体在受到外力作用时产生的形变程度。

6. tension：张力，拉力。这个词表示物体在受到拉力作用时的状态。

7. extensometer：伸长计，弹性计。这是一种测量物体伸展或变形程度的仪器。

8. elastic wave：弹性波。这是在弹性介质中传播的波，具有弹性的性质。

9. elastic recovery：弹性恢复。这是物体在受到外力作用后能够恢复原状的过程。

10. elasticaneutral：弹性中性。这是描述物体在受到外力作用时，弹性形变和塑性形变达到平衡的状态。

anelastic短语

1. anelastic relaxation

2. anelastic wave propagation

3. anelastic frequency shift

4. anelastic relaxation frequency

5. anelastic perturbation theory

6. anelastic response

7. anelastic modulus

双语句子

1. The bridge is undergoing anelastic relaxation, causing it to sag.

2. The earthquake caused anelastic wave propagation in the ground.

3. The frequency of the clock has been shifted due to anelastic frequency shift.

4. We need to calculate the anelastic response of the structure under load.

5. The anelastic modulus of the material has been measured using a compression test.

6. The anelastic perturbation theory is used to study the dynamic response of a system under external stimuli.

7. The anelastic response of the building under earthquake load has been studied in detail.

英文小作文：

Title: Anelastic Behaviour of Materials

Materials can undergo a range of mechanical behaviours, including elastic, plastic and viscoelastic. However, there is another type of mechanical behaviour known as anelastic. This occurs when materials undergo small, repeated stress and strain cycles, resulting in the generation of internal vibrations within the material. These vibrations can be detected using special instruments and are used to measure the anelastic properties of materials, including their response to external stimuli and their ability to store energy over time.

Anelastic materials are often found in structures that experience cyclic loads, such as bridges, roads and pipelines. Understanding the anelastic behaviour of these materials is crucial for ensuring their safe and reliable operation. By studying the anelastic response of a material under different loading conditions, engineers can design structures that are more resilient to external stimuli and have a longer lifespan. Additionally, anelastic research can also provide insights into the mechanical properties of materials that are not yet fully understood, leading to advances in materials science and engineering.