planform

简明释义

英[/ˈplæn.fɔrm/]美[/ˈplæn.fɔrm/]

n. （从上向下看物体的）平面图，俯视图

英英释义

单词用法

同义词

反义词

例句

1.The design program usually starts with the designer deciding on his new creation's planform and aerodynamic profile, but of course there are many more parameters than that.

设计程序通常是基于设计者的新的创作平面和空气动力的轮廓，当然，还有许多其他的参数。

2.The design program usually starts with the designer deciding on his new creation's planform and aerodynamic profile, but of course there are many more parameters than that.

设计程序通常是基于设计者的新的创作平面和空气动力的轮廓，当然，还有许多其他的参数。

3.System design and calculation complexity of Henan CTT cha rg e center planform are introduced. The article also discusses its basic function and the safety of the system.

介绍河南铁通 充 值中心平台建设的系统设计、规模计算 ，讨论了基本功能和系统的安全性。

4.Compared with the traditional planform and computer animation, the immersion, interaction and realtime function of virtual navigating system is unapproachable.

三维虚拟漫游系统在沉浸感、交互性与实时性综合效果方面的优势是传统平面效果图与动画技术所无法比拟的。

5.We use shades of gray to outline maps and to outline the aircraft planform shown on various subsystem formats, such as fuel, flight controls, and weapons.

我们用灰色渐变来勾勒地图并从飞机俯视方向的外形显示不同子系统的布局，比如燃料，飞行控制，还有武器。

6.611 institute (Chengdu Aircraft Design institute) initiated studied on the "tailless delta-canard" wing planform as early as the late 1960s.

611所(成都飞机设计院)早在1960年代末就开始研究鸭式无尾三角翼布局飞行平台。

7.Planform alignment is impossible to assess until in flight imagery becomes available.

平面形状排列是无法评估飞行，直到图像变得可用。

8.The aircraft's planform (平面形状) is designed for optimal aerodynamic performance.

这架飞机的planform（平面形状）设计旨在实现最佳的空气动力学性能。

9.Engineers often analyze the planform (平面形状) of wings to improve lift and reduce drag.

工程师们常常分析机翼的planform（平面形状），以改善升力和减少阻力。

10.The planform (平面形状) of the building was inspired by natural forms, enhancing its aesthetic appeal.

这座建筑的planform（平面形状）受到自然形态的启发，增强了其美学吸引力。

11.In naval architecture, the planform (平面形状) of a ship's hull affects its stability and speed.

在船舶设计中，船体的planform（平面形状）影响其稳定性和速度。

12.The designer modified the planform (平面形状) of the furniture to better fit the room's layout.

设计师修改了家具的planform（平面形状），以更好地适应房间的布局。

作文

The term planform refers to the two-dimensional shape or outline of an object as viewed from above. This concept is particularly important in fields such as architecture, engineering, and aerodynamics. Understanding the planform of a structure or vehicle can significantly impact its functionality and efficiency. For instance, in aviation, the planform of an aircraft wing affects its lift and drag characteristics. A well-designed wing planform can enhance performance and fuel efficiency, making it crucial for aircraft designers to consider this aspect during the design process. In architecture, the planform of a building determines how space is utilized and how occupants interact within that space. A thoughtful planform can lead to better natural light distribution, improved airflow, and overall enhanced usability of the building. Architects often create multiple planform sketches before finalizing their designs, ensuring that every angle and curve serves a purpose. Moreover, in urban planning, the planform of a city can influence traffic flow, accessibility, and even social interactions among residents. City planners must consider the planform of streets, parks, and public spaces to create a functional and aesthetically pleasing environment. A well-planned city planform can foster community engagement and promote a higher quality of life for its inhabitants. In nature, the planform of various organisms can also be observed. For example, the planform of a tree can affect how it captures sunlight, which in turn influences its growth and health. Similarly, the planform of leaves can determine how efficiently a plant photosynthesizes. Understanding these natural planforms can help scientists and ecologists develop better conservation strategies and improve agricultural practices. In conclusion, the concept of planform extends beyond mere aesthetics; it is a fundamental principle that impacts functionality and efficiency across various disciplines. Whether it is in designing aircraft, buildings, cities, or understanding biological forms, recognizing the importance of planform can lead to more effective and innovative solutions. As we continue to advance in technology and design, the role of planform will undoubtedly remain a critical consideration for future developments.

“planform”这个术语指的是从上方观察物体时的二维形状或轮廓。这个概念在建筑、工程和空气动力学等领域尤为重要。理解一个结构或车辆的planform可以显著影响其功能性和效率。例如，在航空领域，飞机机翼的planform会影响其升力和阻力特性。一个设计良好的机翼planform可以提高性能和燃油效率，因此在设计过程中，飞机设计师必须考虑这一方面。 在建筑设计中，建筑的planform决定了空间的使用方式以及居住者在该空间内的互动。深思熟虑的planform可以带来更好的自然光分布、改善空气流通，并整体提升建筑的可用性。建筑师通常会在最终确定设计之前创建多个planform草图，以确保每个角度和曲线都有其目的。 此外，在城市规划中，城市的planform可以影响交通流量、可达性，甚至居民之间的社会互动。城市规划者必须考虑街道、公园和公共空间的planform，以创造一个功能齐全且美观的环境。一个经过良好规划的城市planform可以促进社区参与，提高居民的生活质量。 在自然界中，各种生物的planform也可以被观察到。例如，树木的planform会影响它捕捉阳光的能力，这反过来又影响其生长和健康。类似地，叶子的planform可以决定植物光合作用的效率。理解这些自然的planform可以帮助科学家和生态学家制定更好的保护策略并改善农业实践。 总之，planform的概念不仅仅是美学，它是一个基本原则，影响着各个学科的功能性和效率。无论是在设计飞机、建筑、城市，还是理解生物形态，认识到planform的重要性都可以导致更有效和创新的解决方案。随着我们在技术和设计上的不断进步，planform的角色无疑将继续成为未来发展的关键考量。