cut-away drawing

简明释义

剖开立体图

英英释义

例句

1.The textbook included a cut-away drawing of the human heart to help students visualize its anatomy.

教科书中包含了一幅人类心脏的剖面图，帮助学生理解其解剖结构。

2.The architect presented a detailed cut-away drawing to illustrate the building's internal structure.

建筑师展示了一幅详细的剖面图来说明建筑的内部结构。

3.A cut-away drawing of the car engine was used in the presentation to explain its components.

在演示中使用了一幅汽车发动机的剖面图来解释其组件。

4.The museum featured a cut-away drawing of a dinosaur skeleton, making it easier for visitors to understand.

博物馆展出了一幅恐龙骨架的剖面图，使游客更容易理解。

5.In the engineering class, we learned how to create a cut-away drawing of complex machinery.

在工程课上，我们学习了如何制作复杂机械的剖面图。

作文

In the world of design and engineering, communication is key. One of the most effective ways to convey complex ideas or structures is through visual representation. Among various methods, the use of a cut-away drawing has proven to be particularly valuable. A cut-away drawing is a type of illustration that depicts an object as if it has been sliced open, revealing its internal components and structure. This technique allows viewers to understand the intricacies of a design without needing extensive technical knowledge. For instance, consider the design of a modern car engine. A standard image of the engine may show its exterior, but it does not provide insight into how the engine operates. However, a cut-away drawing of the engine can illustrate the various parts, such as the pistons, crankshaft, and fuel injectors, all working together to power the vehicle. This visual aid can be invaluable for engineers, mechanics, and even consumers who want to understand what lies beneath the surface.Moreover, cut-away drawings are not limited to mechanical designs. They are widely used in architecture, where they can showcase the layout and functionality of buildings. An architect may present a cut-away drawing of a multi-story building, highlighting how different floors interact, the placement of staircases, and the flow of natural light through windows. This helps clients visualize the final product and understand how the space will be utilized.In educational settings, cut-away drawings serve as powerful teaching tools. Science teachers often use them to explain complex biological systems, such as the human heart or the structure of a plant. By providing a clear visual representation, students can grasp difficult concepts more easily. For example, a cut-away drawing of the heart can show the chambers, valves, and blood flow, making it easier for students to comprehend how this vital organ functions.The effectiveness of a cut-away drawing lies in its ability to simplify complexity. It breaks down intricate designs into manageable parts, allowing for better understanding and analysis. This technique is not only beneficial for professionals but also for anyone interested in learning about how things work. Whether it’s a piece of machinery, a building, or a biological structure, a cut-away drawing can illuminate the hidden details that are often overlooked.In conclusion, the significance of cut-away drawings in various fields cannot be overstated. They bridge the gap between complex ideas and accessible understanding. By visually dissecting objects and systems, these illustrations enhance communication, education, and design. As technology continues to evolve, the importance of such visual tools will only increase, making them essential for anyone involved in the fields of design, engineering, and education. The ability to create and interpret cut-away drawings will remain a valuable skill for future generations, ensuring that complex concepts can be shared and understood by all.

在设计和工程的世界中，沟通至关重要。传达复杂的想法或结构的最有效方法之一是通过视觉表现。在各种方法中，使用剖面图被证明特别有价值。剖面图是一种插图，描绘了一个物体好像被切开一样，揭示其内部组件和结构。这种技术使观众能够理解设计的复杂性，而无需广泛的技术知识。例如，考虑现代汽车发动机的设计。发动机的标准图像可能显示其外部，但并未提供有关发动机如何运作的见解。然而，发动机的剖面图可以说明各种部件，如活塞、曲轴和燃油喷射器，所有这些部件协同工作以驱动车辆。这种视觉辅助对于工程师、机械师甚至想要了解表面下内容的消费者都是无价的。此外，剖面图不仅限于机械设计。它们在建筑中被广泛使用，可以展示建筑的布局和功能。建筑师可能会呈现一栋多层建筑的剖面图，突出不同楼层之间的互动、楼梯的位置以及自然光通过窗户的流动。这有助于客户可视化最终产品并理解空间将如何利用。在教育环境中，剖面图作为强大的教学工具。科学教师经常使用它们来解释复杂的生物系统，例如人类心脏或植物的结构。通过提供清晰的视觉表现，学生可以更容易地掌握困难的概念。例如，心脏的剖面图可以显示心房、心室和血液流动，使学生更容易理解这个重要器官的功能。剖面图的有效性在于它简化了复杂性。它将复杂的设计分解为可管理的部分，从而允许更好的理解和分析。这种技术不仅对专业人士有利，也对任何有兴趣了解事物运作的人有益。无论是机械、建筑还是生物结构，剖面图都能照亮那些通常被忽视的细节。总之，剖面图在各个领域的重要性不容小觑。它们弥合了复杂思想与可理解之间的差距。通过视觉剖析物体和系统，这些插图增强了沟通、教育和设计。随着技术的不断发展，这种视觉工具的重要性只会增加，使其成为任何参与设计、工程和教育领域的人的必备工具。创造和解读剖面图的能力将继续成为未来几代人的宝贵技能，确保复杂概念能够被所有人共享和理解。