axial load的音標為[??ks??? l?d],基本翻譯為“軸載”。速記技巧可以考慮將“ax”和“load”分開記,即“ax”可以聯想到“叉子”或“軸”,而“load”則可以聯想到“負載”。這樣,可以將這個單詞快速地記在腦海中。
Axial load這個詞的詞源可以追溯到拉丁語“axium”,意為“軸”。這個詞在英語中通常被理解為“軸向負載”或“徑向負載”。
變化形式:詞形通常不發生改變,但在一些特定的上下文中,如物理學中,它可能被寫作axially loaded或axially load。
相關單詞:
1. Axial stress(軸向應力):這個詞與axial load密切相關,表示物體在軸向方向上的應力。
2. Radial load(徑向負載):這個詞表示沿著物體徑向方向的負載,通常與軸向負載相對。
3. Load bearing(承重):這個詞表示物體承受負載的能力,與axial load的概念有相似之處。
4. Load distribution(負載分布):這個詞表示將負載在物體中均勻分布的能力,與axial load的概念也有相似之處。
5. Axial force(軸向力):這個詞表示作用于物體軸向方向的力,與axial load的概念密切相關。
6. Load capacity(承載能力):這個詞表示物體承受特定負載的能力,與axial load的概念有相似之處。
7. Load test(負載測試):這個詞表示對物體進行測試,以確定其在特定負載下的表現。
8. Axial displacement(軸向位移):這個詞表示物體在軸向方向上的移動,與axial load的概念密切相關。
9. Load bearing structure(承重結構):這個詞表示支撐和承受負載的結構,與axial load的概念密切相關。
10. Load-carrying capacity(承載能力):這個詞表示物體在特定負載下的最大承載能力,與axial load的概念密切相關。
常用短語:
1. axial force 軸向力
2. axial stress 軸向應力
3. axial load compression 軸向壓縮
4. axial load tension 軸向拉伸
5. axial load bending 軸向彎曲
6. axial load shear 軸向剪切
7. axial load moment 軸向彎矩
例句:
1. The cylinder undergoes axial load compression when filled with gas. 氣缸在充氣時會受到軸向壓縮力。
2. The axle of the car is under axial load bending when driving on a bumpy road. 汽車在顛簸的路面上行駛時,車軸承受軸向彎曲力。
3. The steel wire is under axial load shear when it is bent. 當鋼絲被彎曲時,它受到軸向剪切力。
4. The engine block is under axial load moment when the engine is operating. 發動機運行時,發動機機體承受軸向彎矩。
5. The bridge is under axial load compression when it is under weight. 橋梁受到軸向壓力壓縮時,它承受重量。
6. The screw is under axial load tension when it is tightened. 當螺絲被擰緊時,它受到軸向拉伸力。
7. The machine parts are under various types of axial load, which may cause damage to them. 機件受到各種類型的軸向負載,這可能會對它們造成損害。
英文小作文:
When a bridge is under weight, it experiences axial load compression, which may cause damage to the bridge structure. However, engineers use various types of reinforcement to support the bridge and prevent it from collapsing under excessive loads. At the same time, engineers also take into account the safety of pedestrians and vehicles using the bridge, ensuring that it is designed and constructed in a way that is safe and reliable. In addition, engineers also use various types of materials and techniques to ensure that the bridge has sufficient strength and durability to withstand various types of loads, including axial load moments, shear forces, and compression and tension forces. These techniques and materials help ensure that bridges are safe and reliable for use and remain in good condition for a long time.