exploded view

简明释义

部件解体图

英英释义

例句

1.The manual included an exploded view of the engine, which helped us understand how the parts fit together.

手册中包含了发动机的爆炸图，这帮助我们理解零件是如何组合在一起的。

2.The technician referred to the exploded view while repairing the machine to ensure every part was correctly placed.

技术员在修理机器时参考了爆炸图，以确保每个部分都放置正确。

3.In our design class, we learned to create an exploded view for our architectural models.

在我们的设计课上，我们学习为建筑模型制作爆炸图。

4.Using an exploded view in presentations can make complex systems easier to understand.

在演示中使用爆炸图可以使复杂系统更易于理解。

5.The exploded view of the bicycle showed all the components and their arrangement.

自行车的爆炸图展示了所有组件及其排列。

作文

In the world of design and engineering, clarity is paramount. One of the most effective ways to convey complex information about an object or system is through an exploded view. An exploded view is a diagram that shows the components of an object separated but arranged in a way that illustrates how they fit together. This method of representation allows viewers to see not only the individual parts but also how these parts interact with one another, providing a comprehensive understanding of the overall structure.The use of exploded views can be seen across various fields, including architecture, mechanical engineering, and even in the assembly of consumer products. For instance, when a new gadget is released, manufacturers often include an exploded view in the instruction manual. This visual aid helps users understand how to assemble the product or replace parts, making the process much more straightforward. Without such diagrams, users might struggle to comprehend the relationships between different components, leading to frustration and potential errors during assembly.Moreover, exploded views are not just practical tools; they also serve an aesthetic purpose. In architectural presentations, for example, an exploded view can showcase the intricate design of a building by revealing its layers and materials. This technique allows architects to communicate their vision effectively to clients and stakeholders, making it easier for them to visualize the final product.In education, exploded views play a crucial role in teaching complex subjects. For instance, in biology, an exploded view of a cell can help students grasp the functions of various organelles. Instead of memorizing a list of parts, students can see how everything fits together within the cell, enhancing their understanding of cellular processes. Similarly, in mechanical engineering, students can learn about machinery by examining exploded views of engines or other systems, which provide insights into how each component contributes to the whole.Additionally, the advent of technology has revolutionized the creation and accessibility of exploded views. Software programs allow designers and engineers to create highly detailed and interactive exploded views, which can be rotated and manipulated in three dimensions. This level of interactivity enhances the learning experience, as users can engage with the material in a dynamic way. Furthermore, online platforms enable these diagrams to reach a global audience, breaking down language and geographical barriers.In conclusion, the exploded view is an invaluable tool in various fields, offering clarity and insight into complex structures and systems. Its ability to illustrate how components fit together makes it essential for effective communication, whether in manuals, educational materials, or design presentations. As technology continues to advance, the potential for exploded views will only grow, further enhancing our understanding of the intricate designs that surround us. By embracing this powerful visual technique, we can foster better comprehension and appreciation of the complexities inherent in our world.

在设计和工程的世界中，清晰性至关重要。传达有关物体或系统的复杂信息的最有效方法之一是通过爆炸视图。爆炸视图是一种图示，展示了一个物体的组成部分分开但排列在一起，以说明它们如何结合在一起。这种表现方式使观众不仅可以看到单独的部分，还可以了解这些部分之间的相互作用，从而提供对整体结构的全面理解。爆炸视图的使用可以在各个领域中看到，包括建筑、机械工程，甚至消费者产品的组装。例如，当新小工具发布时，制造商通常会在说明手册中包含爆炸视图。这个视觉辅助工具帮助用户理解如何组装产品或更换零件，使过程变得更加简单。没有这样的图解，用户可能会难以理解不同组件之间的关系，从而导致挫折和潜在的组装错误。此外，爆炸视图不仅仅是实用工具；它们也具有美学目的。在建筑演示中，例如，爆炸视图可以通过揭示建筑的层次和材料来展示其复杂设计。这种技术使建筑师能够有效地与客户和利益相关者沟通，使他们更容易想象最终产品。在教育中，爆炸视图在教授复杂主题方面起着至关重要的作用。例如，在生物学中，细胞的爆炸视图可以帮助学生掌握各种细胞器的功能。学生不仅要记住一系列部件，而是可以看到所有东西如何在细胞内结合在一起，从而增强他们对细胞过程的理解。同样，在机械工程中，学生可以通过检查发动机或其他系统的爆炸视图来了解机械，这为每个组件如何贡献于整体提供了见解。此外，技术的出现彻底改变了爆炸视图的创建和获取。软件程序允许设计师和工程师创建高度详细和互动的爆炸视图，可以在三维中旋转和操作。这种互动性的水平增强了学习体验，因为用户可以以动态的方式与材料互动。此外，在线平台使这些图解能够接触到全球受众，打破语言和地理障碍。总之，爆炸视图是各个领域中不可或缺的工具，提供了对复杂结构和系统的清晰和洞察。它展示组件如何结合在一起的能力使其成为有效沟通的必要条件，无论是在手册、教育材料还是设计演示中。随着技术的不断进步，爆炸视图的潜力只会增加，进一步增强我们对周围复杂设计的理解。通过接受这一强大的视觉技术，我们可以促进对我们世界中固有复杂性的更好理解和欣赏。