scale model

简明释义

缩尺模型

英英释义

例句

1.For our science project, we decided to create a scale model of the solar system.

为了我们的科学项目，我们决定制作一个太阳系的比例模型。

2.The architect presented a scale model of the new building to the clients.

建筑师向客户展示了新建筑的比例模型。

3.The museum features a scale model of the Titanic that shows its original design.

博物馆展示了一个比例模型的泰坦尼克号，展示了其原始设计。

4.In the workshop, students learned how to create a scale model of a bridge.

在车间，学生们学习如何制作一座桥的比例模型。

5.He built a scale model of his dream car using plastic parts.

他用塑料零件制作了他梦想中的汽车的比例模型。

作文

In the field of design and engineering, the term scale model refers to a physical representation of an object that is proportionally reduced or enlarged in size. These models are often used to visualize complex structures and concepts before they are built or manufactured. For instance, architects frequently create scale models of buildings to present their ideas to clients and stakeholders. This practice allows them to explore the aesthetics and functionality of a design in a tangible way, making it easier for others to understand the vision behind the project.The creation of a scale model involves careful calculations to ensure that every aspect of the original object is accurately represented. This includes dimensions, proportions, and sometimes even colors and materials. The process requires a keen eye for detail and a deep understanding of the subject matter. For example, when designing a scale model of a bridge, engineers must consider not only the physical size but also the structural integrity and load-bearing capabilities of the materials used.Moreover, scale models are not limited to architectural designs. They are also widely used in various fields such as automotive, aerospace, and even film production. In the automotive industry, companies often produce scale models of new car designs to test aerodynamics and aesthetics before launching the final product. Similarly, in aerospace, engineers create scale models of aircraft to conduct wind tunnel tests, which help in improving performance and safety.In the realm of education, scale models serve as essential tools for teaching complex scientific and mathematical concepts. For students studying geography, a scale model of a mountain range can provide a better understanding of topography and elevation changes. In physics, scale models of molecules can help students visualize atomic structures and chemical reactions, enhancing their grasp of the subject.One of the most fascinating aspects of scale models is their use in hobbies and crafts. Model building has become a popular pastime for many enthusiasts around the world. From miniature train sets to intricate model airplanes, hobbyists spend countless hours creating scale models that reflect their interests and passions. This not only fosters creativity but also cultivates patience and precision, as each model requires meticulous attention to detail.In conclusion, the concept of a scale model is a powerful tool across various disciplines. Whether in professional settings like architecture and engineering or in educational and recreational contexts, scale models play a crucial role in visualization, experimentation, and creativity. As technology advances, the methods of creating scale models continue to evolve, incorporating digital tools and 3D printing techniques that make the process more accessible and efficient. Ultimately, scale models bridge the gap between imagination and reality, allowing us to explore and understand the world around us in a more profound way.

在设计和工程领域，术语比例模型指的是一个物体的物理表现，其大小按比例缩小或放大。这些模型通常用于在建造或制造之前可视化复杂的结构和概念。例如，建筑师经常创建比例模型来向客户和利益相关者展示他们的想法。这种做法使他们能够以一种具体的方式探索设计的美学和功能，使他人更容易理解项目背后的愿景。创建比例模型涉及仔细计算，以确保原始物体的每个方面都被准确表示。这包括尺寸、比例，有时甚至是颜色和材料。这个过程需要对细节有敏锐的眼光，并对主题有深刻的理解。例如，在设计一座桥的比例模型时，工程师必须考虑不仅是物理尺寸，还要考虑所用材料的结构完整性和承载能力。此外，比例模型并不限于建筑设计。它们还广泛应用于汽车、航空航天，甚至电影制作等各个领域。在汽车行业，公司通常会生产新车设计的比例模型，以测试空气动力学和美学，然后再推出最终产品。同样，在航空航天领域，工程师创建飞机的比例模型以进行风洞测试，这有助于提高性能和安全性。在教育领域，比例模型作为教学复杂科学和数学概念的重要工具。对于学习地理的学生来说，一座山脉的比例模型可以提供对地形和海拔变化的更好理解。在物理学中，分子的比例模型可以帮助学生可视化原子结构和化学反应，增强他们对该主题的理解。比例模型最迷人的方面之一是它们在爱好和手工艺中的使用。模型制作已成为全球许多爱好者的一项流行消遣。从微型火车套件到复杂的模型飞机，爱好者们花费无数小时创建反映他们兴趣和激情的比例模型。这不仅培养了创造力，还培养了耐心和精确度，因为每个模型都需要对细节进行细致入微的关注。总之，比例模型的概念在各个学科中都是一种强大的工具。无论是在建筑和工程等专业环境中，还是在教育和休闲上下文中，比例模型在可视化、实验和创造力方面发挥着至关重要的作用。随着技术的进步，创建比例模型的方法不断演变，融入了数字工具和3D打印技术，使这一过程变得更加便捷和高效。最终，比例模型弥合了想象与现实之间的鸿沟，使我们能够以更深刻的方式探索和理解周围的世界。