safe geometry

简明释义

安全几何条件

英英释义

例句

1.The software includes features that analyze safe geometry to prevent structural failures.

该软件包括分析安全几何以防止结构故障的功能。

2.Engineers often use safe geometry principles when creating vehicle designs to enhance passenger safety.

工程师在创建车辆设计时，常常运用安全几何原理，以增强乘客安全。

3.The teacher explained how safe geometry can help in designing playgrounds that minimize injuries.

老师解释了如何利用安全几何设计游乐场，以最小化伤害。

4.Using safe geometry in urban planning can lead to safer streets and public spaces.

在城市规划中使用安全几何可以导致更安全的街道和公共空间。

5.In architecture, the concept of safe geometry is crucial for ensuring that buildings can withstand natural disasters.

在建筑学中，安全几何的概念对于确保建筑能够抵御自然灾害至关重要。

作文

In today's world, the concept of safety is paramount in various fields, including architecture, engineering, and urban planning. One innovative approach that has emerged in recent years is what we refer to as safe geometry. This term encapsulates the idea of designing structures and spaces that not only adhere to aesthetic principles but also prioritize the safety and well-being of individuals who use them. The integration of safe geometry into our built environment can significantly reduce risks associated with accidents and disasters.The essence of safe geometry lies in its ability to create forms and spaces that are inherently safe. For example, when architects design a building, they must consider factors such as load distribution, material strength, and the building's response to environmental forces like wind and earthquakes. By applying principles of safe geometry, architects can devise shapes that naturally withstand these forces, minimizing the likelihood of structural failure.Moreover, safe geometry extends beyond mere structural integrity; it also encompasses the psychological aspects of safety. Spaces designed with safe geometry often promote a sense of security and comfort among users. For instance, public parks and plazas that incorporate open sightlines and natural surveillance can deter criminal activity, making them safer for community members. This consideration of human behavior in design is crucial for fostering environments where people feel secure.In urban planning, safe geometry plays a vital role in traffic management and pedestrian safety. Cities can utilize geometric principles to design roadways that minimize accidents. Roundabouts, for instance, have been shown to reduce the number of collisions compared to traditional intersections. The circular shape of a roundabout encourages slower speeds and provides clear visibility for drivers and pedestrians alike, embodying the principles of safe geometry.Additionally, the application of safe geometry is evident in the design of emergency exit routes and evacuation plans. Buildings equipped with clearly marked exits, wide corridors, and open spaces allow for a swift and safe evacuation during emergencies. These designs reflect an understanding of human behavior in crisis situations, ensuring that individuals can navigate safely through potentially hazardous environments.Furthermore, the importance of safe geometry is underscored by recent global events, such as natural disasters and pandemics. As we face the challenges posed by climate change, architects and planners are increasingly called upon to rethink how we design our environments. Incorporating safe geometry means creating resilient structures that can adapt to changing conditions while safeguarding human life.In conclusion, the concept of safe geometry is integral to creating safe and functional spaces in our built environment. By prioritizing safety in design, we can ensure that our structures not only serve their intended purpose but also protect and enhance the lives of those who inhabit them. As we continue to innovate and evolve in our architectural practices, embracing safe geometry will be essential for building a safer, more secure future for all.

在当今世界，安全的概念在建筑、工程和城市规划等各个领域都是至关重要的。近年来出现了一种创新的方法，我们称之为安全几何。这个术语概括了设计结构和空间的理念，这些结构和空间不仅遵循美学原则，还优先考虑使用者的安全和福祉。将安全几何融入我们的建筑环境可以显著降低与事故和灾难相关的风险。安全几何的本质在于其能够创造内在安全的形式和空间。例如，当建筑师设计一座建筑时，他们必须考虑负载分布、材料强度以及建筑对风和地震等环境力量的反应。通过应用安全几何的原则，建筑师可以设计出自然能够承受这些力量的形状，从而最小化结构失效的可能性。此外，安全几何不仅仅涉及结构完整性；它还包含安全的心理方面。设计得当的空间往往能促进用户的安全感和舒适感。例如，公共公园和广场如果设计有开放的视线和自然监控，可以阻止犯罪活动，使社区成员更加安全。这种在设计中考虑人类行为的方式对于营造人们感到安全的环境至关重要。在城市规划中，安全几何在交通管理和行人安全方面发挥着重要作用。城市可以利用几何原则设计减少事故的道路。环形交叉口就比传统交叉口减少了碰撞数量。环形交叉口的圆形形状鼓励较慢的速度，并为司机和行人提供清晰的可见性，体现了安全几何的原则。此外，安全几何的应用在紧急出口路线和撤离计划的设计中也显而易见。配备有清晰标记的出口、宽敞走廊和开放空间的建筑可以在紧急情况下快速安全地撤离。这些设计反映了对危机情况下人类行为的理解，确保个人可以安全地穿越潜在危险的环境。此外，安全几何的重要性在最近的全球事件中得到了强调，例如自然灾害和疫情。随着我们面临气候变化带来的挑战，建筑师和规划者越来越被要求重新思考我们如何设计环境。融入安全几何意味着创造能够适应变化条件的弹性结构，同时保障人类生命的安全。总之，安全几何的概念对于在我们的建筑环境中创造安全和功能性空间至关重要。通过在设计中优先考虑安全，我们可以确保我们的结构不仅能实现其预期目的，还能保护和改善居住在其中的人们的生活。随着我们在建筑实践中不断创新和发展，拥抱安全几何将是为所有人构建一个更安全、更安稳未来的关键。