reduced scale

简明释义

缩小比例尺缩型

英英释义

例句

1.The city planners used a reduced scale map to visualize the urban development plan.

城市规划者使用了一个缩小比例的地图来可视化城市发展计划。

2.The architect presented a model of the building at a reduced scale to show how it would fit into the surrounding area.

建筑师展示了一个建筑模型，采用了缩小比例，以展示它如何融入周围环境。

3.For the presentation, we created a reduced scale mock-up of the new product design.

为了演示，我们制作了新产品设计的缩小比例模型。

4.The engineer designed the prototype at a reduced scale to test its functionality before full production.

工程师将原型设计为缩小比例，以在全面生产之前测试其功能。

5.In our science project, we created a reduced scale version of the solar system to demonstrate the distances between planets.

在我们的科学项目中，我们制作了一个太阳系的缩小比例版本，以展示行星之间的距离。

作文

In the field of architecture and design, the concept of a reduced scale plays a crucial role in the planning and execution of projects. When architects create models or blueprints, they often use a reduced scale to represent the actual dimensions of the structure in a more manageable form. This allows for easier visualization and communication of ideas among stakeholders, including clients, contractors, and other team members. Using a reduced scale not only makes it feasible to work with large structures but also helps in identifying potential issues before the construction begins.For instance, consider a large commercial building that is being proposed for a busy urban area. The architect might create a model of this building at a reduced scale of 1:100. This means that every 1 unit of measurement on the model represents 100 units in reality. By doing so, the architect can present the design to the city council and the public without overwhelming them with the sheer size of the project. The reduced scale model provides a clear representation of the building's massing, height, and overall impact on the surrounding environment.Moreover, the use of a reduced scale is not limited to architecture. In various fields such as engineering, cartography, and even art, the principle remains the same. Engineers often create prototypes at a reduced scale to test the functionality and performance of their designs without incurring the costs associated with full-size production. Similarly, cartographers use reduced scale representations to create maps that can convey vast geographical areas on a manageable piece of paper.The benefits of employing a reduced scale are numerous. It allows for better planning and resource allocation, as stakeholders can visualize the project’s scope without the need for extensive space or materials. Additionally, it promotes collaboration among different parties involved in the project. When everyone is looking at the same reduced scale model or blueprint, it fosters a shared understanding of the goals and challenges ahead.However, there are challenges associated with using a reduced scale. One must be careful to maintain accuracy in proportions and details; otherwise, the model may misrepresent the final product. For example, if an architect neglects to consider the reduced scale properly, the model could distort critical features like windows or doors, leading to misunderstandings during construction. Therefore, it is essential for professionals to have a strong grasp of scale and its implications.In conclusion, the concept of a reduced scale is invaluable across various disciplines, particularly in architecture and design. It serves as a tool for effective communication, visualization, and problem-solving. As we continue to innovate and push the boundaries of design and engineering, understanding the intricacies of a reduced scale will remain fundamental to successful project outcomes. Whether one is a seasoned professional or a novice, mastering the use of reduced scale can significantly enhance one's ability to contribute meaningfully to any project.

在建筑和设计领域，缩小比例的概念在项目的规划和执行中起着至关重要的作用。当建筑师创建模型或蓝图时，他们经常使用缩小比例来以更易管理的形式表示结构的实际尺寸。这使得在客户、承包商和其他团队成员之间更容易可视化和沟通想法。使用缩小比例不仅使处理大型结构变得可行，还帮助在施工开始之前识别潜在问题。例如，考虑一个正在提议的位于繁忙城市区域的大型商业建筑。建筑师可能会以1:100的缩小比例创建该建筑的模型。这意味着模型上的每1个测量单位代表现实中的100个单位。通过这样做，建筑师可以向市议会和公众展示设计，而不会让他们因项目的庞大而感到不知所措。缩小比例模型清晰地呈现了建筑的体量、高度以及对周围环境的整体影响。此外，缩小比例的使用并不限于建筑。在工程、制图甚至艺术等各个领域，这一原则仍然适用。工程师们经常以缩小比例创建原型，以测试其设计的功能和性能，而无需承担全尺寸生产相关的成本。同样，制图师使用缩小比例的表示法创建可以在可管理的纸张上传达广阔地理区域的地图。采用缩小比例的好处是多方面的。它使得更好的规划和资源分配成为可能，因为利益相关者可以在不需要大量空间或材料的情况下可视化项目的范围。此外，它促进了项目中不同方之间的合作。当每个人都在查看相同的缩小比例模型或蓝图时，它促进了对未来目标和挑战的共同理解。然而，使用缩小比例也面临挑战。必须小心保持比例和细节的准确性；否则，模型可能会错误地表示最终产品。例如，如果建筑师忽视了缩小比例，模型可能会扭曲窗户或门等关键特征，导致施工期间产生误解。因此，专业人员必须深入了解比例及其影响。总之，缩小比例的概念在各个学科中都是无价的，特别是在建筑和设计领域。它作为有效沟通、可视化和解决问题的工具。随着我们不断创新并推动设计和工程的边界，理解缩小比例的复杂性将继续是成功项目成果的基础。无论是经验丰富的专业人士还是新手，掌握缩小比例的使用都能显著提升个人在任何项目中有意义贡献的能力。