tight geometry

简明释义

缩小型几何尺寸

英英释义

例句

1.With Tight Geometry 紧凑的几何形状, this part can be manufactured with less waste.

通过使用Tight Geometry 紧凑的几何形状，该部件可以减少制造过程中的浪费。

2.Engineers often face challenges when working with Tight Geometry 紧凑的几何形状 in mechanical designs.

工程师在机械设计中经常面临处理Tight Geometry 紧凑的几何形状的挑战。

3.In this project, we need to ensure the Tight Geometry 紧凑的几何形状 of the components to fit them into the limited space.

在这个项目中，我们需要确保组件的Tight Geometry 紧凑的几何形状以适应有限的空间。

4.The new design features a Tight Geometry 紧凑的几何形状 that allows for better aerodynamics.

新设计采用了Tight Geometry 紧凑的几何形状，以提高空气动力学性能。

5.The Tight Geometry 紧凑的几何形状 of the circuit board allows for more efficient use of materials.

电路板的Tight Geometry 紧凑的几何形状使材料的使用更加高效。

作文

In the world of design and architecture, the concept of tight geometry>紧凑几何 plays a crucial role in shaping the aesthetics and functionality of spaces. tight geometry>紧凑几何 refers to the use of precise and compact geometric forms to create structures that are not only visually appealing but also efficient in their use of space. This approach is particularly significant in urban environments where space is at a premium, and every square foot must be utilized effectively.One of the most notable examples of tight geometry>紧凑几何 can be seen in modern skyscrapers. These towering structures often employ sharp angles and streamlined shapes that maximize height while minimizing the footprint on the ground. The result is a visually striking silhouette against the skyline, but also an architectural solution that allows for more usable space within the building. By utilizing tight geometry>紧凑几何, architects can design buildings that meet both aesthetic desires and practical needs.Moreover, tight geometry>紧凑几何 is not limited to large-scale architecture; it can also be observed in furniture design and interior spaces. For instance, contemporary furniture often features clean lines and minimalistic forms that allow for easy arrangement and movement within a room. This is especially important in small apartments where maximizing space is essential. Designers who embrace tight geometry>紧凑几何 principles create pieces that are functional yet stylish, demonstrating that efficiency does not have to come at the expense of beauty.In addition to its application in physical structures, tight geometry>紧凑几何 can also extend to graphic design and branding. Companies often use geometric shapes in their logos and marketing materials to convey a sense of order and professionalism. The use of tight geometry>紧凑几何 in these contexts helps to create a cohesive visual identity that resonates with consumers. It communicates clarity and precision, traits that are desirable in any brand.Furthermore, the principles of tight geometry>紧凑几何 also find their way into urban planning. City planners employ compact designs to create walkable neighborhoods that encourage community interaction and reduce reliance on vehicles. By integrating tight geometry>紧凑几何 into city layouts, planners can foster environments that promote sustainability and enhance the quality of life for residents.However, while tight geometry>紧凑几何 offers numerous advantages, it is essential to balance it with considerations of human scale and comfort. Overly rigid designs can sometimes lead to environments that feel sterile or uninviting. Therefore, successful application of tight geometry>紧凑几何 requires thoughtful integration with softer elements, such as greenery and communal spaces, which can soften the hard lines and create a more inviting atmosphere.In conclusion, the concept of tight geometry>紧凑几何 is a powerful tool in the fields of architecture, design, and urban planning. Its ability to create efficient, aesthetically pleasing spaces makes it an invaluable principle for modern creators. As we continue to face challenges related to space and sustainability, embracing tight geometry>紧凑几何 will undoubtedly play a pivotal role in shaping the environments of the future. By understanding and applying this concept, designers and architects can push the boundaries of creativity while addressing the practical needs of society.

在设计和建筑的世界中，tight geometry>紧凑几何的概念在塑造空间的美学和功能性方面发挥着至关重要的作用。tight geometry>紧凑几何指的是使用精确且紧凑的几何形状来创建不仅在视觉上吸引人而且在空间利用上高效的结构。这种方法在城市环境中特别重要，因为空间是稀缺的，每一平方英尺都必须有效利用。

最显著的tight geometry>紧凑几何示例之一可以在现代摩天大楼中看到。这些高耸的建筑通常采用尖锐的角度和流线型的形状，最大限度地提高高度，同时最小化地面的占用面积。其结果是在天际线中形成一个视觉上引人注目的轮廓，同时也是一种建筑解决方案，允许建筑内部有更多可用空间。通过利用tight geometry>紧凑几何，建筑师可以设计出既满足美学需求又符合实用需求的建筑。

此外，tight geometry>紧凑几何并不限于大规模建筑；它还可以在家具设计和室内空间中观察到。例如，现代家具通常具有干净的线条和简约的形状，便于在房间内进行排列和移动。这在小公寓中尤为重要，因为最大化空间至关重要。拥抱tight geometry>紧凑几何原则的设计师创造出既实用又时尚的作品，证明了效率不必以牺牲美感为代价。

除了在物理结构中的应用，tight geometry>紧凑几何也可以扩展到图形设计和品牌建设。公司经常在其标志和营销材料中使用几何形状，以传达一种秩序感和专业性。在这些背景下使用tight geometry>紧凑几何有助于创建与消费者产生共鸣的统一视觉识别。它传达了清晰和精确，这些都是任何品牌所渴望的特质。

此外，tight geometry>紧凑几何的原则也体现在城市规划中。城市规划者采用紧凑的设计来创建步行友好的社区，鼓励社区互动并减少对车辆的依赖。通过将tight geometry>紧凑几何融入城市布局，规划者可以营造出促进可持续发展和提升居民生活质量的环境。

然而，虽然tight geometry>紧凑几何提供了许多优势，但在考虑人类尺度和舒适度方面保持平衡是至关重要的。过于僵硬的设计有时会导致环境感觉无生气或不宜人。因此，成功应用tight geometry>紧凑几何需要与更柔和的元素（如绿化和公共空间）进行深思熟虑的整合，这可以软化硬线条，营造出更具吸引力的氛围。

总之，tight geometry>紧凑几何的概念是建筑、设计和城市规划领域的一项强大工具。它创造高效、美观空间的能力使其成为现代创作者不可或缺的原则。随着我们继续面临与空间和可持续性相关的挑战，拥抱tight geometry>紧凑几何无疑将在塑造未来环境方面发挥关键作用。通过理解和应用这一概念，设计师和建筑师可以推动创造力的边界，同时满足社会的实际需求。