swarf

简明释义

英[swɔrf]美[swɔrf]

n. 木屑；金属的切屑

英英释义

单词用法

同义词

反义词

例句

1.The fourth seat Thomas Berdych of the Czech Republic swarf Germany's Nicholas Kiefer in straight set, and there were also straight forward wins for Micheal Youzhny and Marcos Baghdatis.

来自捷克的排名第四的托马斯·伯蒂奇直落盘数击败了德国选手尼古拉斯·基弗。另外俄国选手尤兹尼和塞浦路斯选手巴格达蒂斯也分别以直落获胜。

2.The fourth seat Thomas Berdych of the Czech Republic swarf Germany's Nicholas Kiefer in straight set, and there were also straight forward wins for Micheal Youzhny and Marcos Baghdatis.

来自捷克的排名第四的托马斯·伯蒂奇直落盘数击败了德国选手尼古拉斯·基弗。另外俄国选手尤兹尼和塞浦路斯选手巴格达蒂斯也分别以直落获胜。

3.Ultrasonic cleaning is a good fit for a wide range of applications, from removing swarf and grinding and polishing residue to treating parts covered in oil, grease, or layers of paint.

超声（波）清洗是工业领域一种广泛应用的新方法，可以去除工件表面的磨削，研磨，抛光后表面残留的碎屑，去除工件表面残留的油污，甚至可以去除油漆层。

4.About one third of the consumed energy was due to the interaction of the swarf with the applied fluid and bond matrix, while the remaining energy was attributed to ductile plowing.

大约三分之一的能量消耗于岩屑流体与结合剂之间的作用，其余能量消耗于塑性耕犁。

5.The linear guide ways have no contact with grinding swarf which drops to the bottom of the machine for transfer to the sump.

研磨屑会掉落到机械的底部，然后转移到污水坑，因此与线性滑轨没有任何接触。

6.The theory of hydraulic vibratory cutting was applied to cut swarf into shorter ones in machine cutting automation line.

针对机床切削加工自动线中，如何将切屑折断成一段段较短的断屑的问题，采用了液压振动断屑装置。

7.The metal swarf is stripped from the drum by adjustable scrapers and forced off the end of a discharge chute.

通过可调刮削器将金属切屑剥离，并关闭排放槽。

8.For swarf cutting, the user selects the top and bottom curves to machine, and a check (or limit) surface.

对于SWARF加工而言，使用者需要选择加工部位的顶部和底部曲线，并选择一个检查面。

9.The method for quantitatively describing carrying and classification of swarf is presented.

给出了对铣屑进行定量描述和分类的可行方法。

10.This swarf is no longer of any use for making aircraft.

这些金属切屑对于飞机制造毫无用处。

11.After finishing the metalwork, there was a large amount of swarf (金属屑) scattered across the workshop floor.

完成金属加工后，车间地板上散落着大量的swarf（金属屑）。

12.The machinist carefully collected the swarf (切削屑) to recycle it later.

机械师小心翼翼地收集swarf（切削屑），以便稍后回收。

13.It's important to clean up swarf (金属碎屑) regularly to maintain a safe working environment.

定期清理swarf（金属碎屑）对维护安全的工作环境很重要。

14.The swarf (金属屑) generated during the machining process can be quite sharp and hazardous.

在加工过程中产生的swarf（金属屑）可能非常锋利且有危险。

15.He wore gloves to protect his hands from the swarf (切削屑) while cleaning the machine.

他戴上手套以保护手免受清理机器时的swarf（切削屑）伤害。

作文

In the world of manufacturing and machining, the term swarf refers to the small chips or shavings that are produced during the cutting, grinding, drilling, or milling processes. These tiny remnants are often overlooked, yet they play a significant role in the efficiency and cleanliness of a workshop. Understanding swarf and its implications can help manufacturers improve their operations and maintain a safer working environment. When metal is cut or shaped, the process generates excess material. This material, known as swarf (在加工过程中产生的金属屑或碎片), can vary in size and composition depending on the material being worked on and the tools used. For instance, when machining aluminum, the swarf produced is typically lighter and more flaky compared to the heavier and more solid swarf generated from steel. This difference is crucial for machinists to understand, as it affects how they handle and dispose of the waste material. One of the primary concerns with swarf is its potential hazards. The sharp edges of metal chips can pose a risk to workers if not managed properly. Furthermore, swarf can accumulate on machinery, leading to malfunctions or decreased efficiency. Regular cleaning and maintenance are essential to ensure that swarf does not interfere with the operation of equipment. By implementing effective swarf management practices, companies can reduce the risk of accidents and prolong the lifespan of their machinery. In addition to safety concerns, swarf also has economic implications. Many manufacturers have begun to recognize the value of recycling swarf. Instead of treating it as mere waste, companies can collect and process swarf to recover valuable metals. This practice not only reduces waste disposal costs but also contributes to sustainability efforts within the industry. Recycling swarf can provide an additional revenue stream and minimize the environmental impact of manufacturing processes. Moreover, the presence of swarf can indicate the efficiency of a machining operation. Excessive swarf production may suggest that the cutting tools are dull or that the machining parameters need adjustment. By analyzing the quantity and type of swarf generated, engineers can make informed decisions to optimize their processes, thus improving productivity and reducing costs. In conclusion, while often seen as a byproduct of machining, swarf (金属屑) is an important aspect of manufacturing that should not be ignored. By understanding its characteristics and implementing effective management strategies, manufacturers can enhance workplace safety, increase operational efficiency, and contribute to environmental sustainability. As the industry continues to evolve, the approach to handling swarf will likely become even more sophisticated, reflecting the growing importance of waste management in modern manufacturing practices.