fracture height

fracture height的音标是[ˈfrækə(r) ˈhaɪt]，基本翻译是“断裂高度”。速记技巧是：fracture（断裂）的首音和height（高度）连读。

Fracture height这个词的英文词源可以追溯到拉丁语“fractura”，意为断裂或破裂。其变化形式包括“fracture”和“fractured”。相关单词包括：

1. fracture - 断裂，破裂，骨折

2. fractured - 断裂的，破裂的，骨折的

3. fractious - 易怒的，易断裂的

4. fractal - 分形，自相似图形

5. fractured glass - 裂纹玻璃

6. fractured bone - 骨折

7. fracture zone - 断裂带

8. fracture toughness - 断裂韧性

9. fracture strength - 断裂强度

10. fracture surface - 断裂表面

以上这些单词都与“fracture height”这个词有直接或间接的联系，它们在英语中都表示与断裂、破裂、骨折等相关的概念。Fracture height指的是材料在承受外力时发生断裂的高度。这个词的出现和应用反映了材料科学和工程学的发展和进步。

fracture height:

1. fracture height measurement

2. fracture height analysis

3. height of fracture

4. fracture height range

5. fracture height limit

6. fracture height uncertainty

7. fracture height model

例句：

1. The fracture height of the rock sample is measured using a special instrument.

2. The analysis of the fracture height data shows that the rock is prone to failure at a certain load.

3. The height of fracture is related to the stress intensity factor.

4. The fracture height range varies depending on the type and condition of the rock.

5. The uncertainty in the fracture height measurement is due to factors such as measurement error and environmental conditions.

6. The model for predicting fracture height should take into account various factors such as rock type and stress state.

英文小作文：

Fracture height is an important parameter in rock mechanics that determines the strength and failure of rock masses. Understanding the relationship between fracture height and other factors such as stress and rock type is crucial for effective engineering design and risk assessment. In this paper, we investigate the relationship between fracture height and stress using numerical simulations. We find that the stress intensity factor, which is related to the stress field, has a significant impact on the fracture height. Our results indicate that engineering design should take into account the stress state and rock type to ensure safe and effective use of rock masses.