bollard test

简明释义

系柱试车

英英释义

例句

1.During the bollard test 路障测试, we discovered that some barriers were not strong enough to stop high-speed vehicles.

在路障测试 bollard test期间，我们发现一些屏障不足以阻止高速车辆。

2.The city implemented a new safety measure that includes a bollard test 路障测试 to assess the effectiveness of their security barriers.

这座城市实施了一项新的安全措施，包括一个路障测试 bollard test，以评估他们安全屏障的有效性。

3.Before installation, engineers conducted a bollard test 路障测试 to ensure the posts could withstand vehicle impacts.

在安装之前，工程师进行了一个路障测试 bollard test，以确保这些柱子能够承受车辆撞击。

4.The bollard test 路障测试 is crucial for urban planners to ensure pedestrian safety in crowded areas.

对于城市规划者来说，路障测试 bollard test对确保拥挤地区行人安全至关重要。

5.The results from the bollard test 路障测试 showed that the current design needed improvements for better safety.

来自路障测试 bollard test的结果显示，当前的设计需要改进以提高安全性。

作文

In recent years, urban safety has become a pressing concern for many cities around the world. One of the innovative approaches to enhance security in public spaces is the implementation of the bollard test, which evaluates the effectiveness of bollards in preventing vehicle attacks. Bollards are short, sturdy posts that are strategically placed to protect pedestrians and buildings from potential threats. The bollard test is designed to assess how well these structures can withstand the impact of vehicles, ensuring that they provide adequate protection in emergency situations.The necessity of conducting the bollard test arises from the increasing incidents of vehicle-ramming attacks in crowded areas. Such incidents have resulted in numerous injuries and fatalities, prompting city planners and security experts to seek solutions that can mitigate these risks. By implementing the bollard test, cities can determine the appropriate specifications for bollards, ensuring they can effectively stop or slow down an oncoming vehicle.To perform the bollard test, engineers simulate various scenarios where a vehicle collides with a bollard. This involves using crash test dummies and measuring the force exerted during the impact. The results of the test help determine the strength and durability of the bollards under different conditions. For instance, a bollard that successfully withstands the impact of a heavy truck would be deemed more effective than one that only stops a smaller vehicle. The data collected from these tests allows for better design and placement of bollards in urban environments.Moreover, the bollard test not only focuses on the physical strength of the bollards but also considers their aesthetic integration into the urban landscape. Many cities strive to maintain their visual appeal while enhancing security measures. Therefore, the design of bollards must balance functionality with aesthetics, ensuring that they do not detract from the beauty of public spaces. The bollard test provides valuable insights into how different designs can achieve this balance without compromising safety.In addition to protecting pedestrians, the bollard test also plays a crucial role in safeguarding infrastructure. Buildings, monuments, and public transport stations are often vulnerable to vehicle attacks. By strategically placing bollards around these structures, cities can create a protective barrier that deters potential threats. The bollard test helps identify the best locations and configurations for these installations, maximizing their effectiveness.As cities continue to evolve and adapt to new challenges, the importance of the bollard test will only grow. It serves as a vital tool for urban planners and safety officials, providing them with the necessary data to make informed decisions about public safety measures. By prioritizing the findings of the bollard test, cities can create safer environments for their residents and visitors, ultimately reducing the risk of tragic incidents.In conclusion, the bollard test is an essential component of urban safety strategies aimed at protecting public spaces from vehicle attacks. Through rigorous testing and evaluation, cities can ensure that their bollards are not only strong and durable but also visually appealing. As urban areas become increasingly crowded, the implementation of effective safety measures like the bollard test will be critical in maintaining security and peace of mind for all citizens.

近年来，城市安全已成为世界许多城市亟待解决的问题。增强公共空间安全的一种创新方法是实施bollard test（防撞柱测试），该测试评估防撞柱在防止车辆袭击方面的有效性。防撞柱是短而坚固的柱子，战略性地放置在街道上，以保护行人和建筑物免受潜在威胁。bollard test旨在评估这些结构在碰撞车辆时的承受能力，确保它们在紧急情况下提供足够的保护。进行bollard test的必要性源于在人群密集区域日益增加的车辆冲撞袭击事件。这些事件导致了许多伤亡，促使城市规划者和安全专家寻求能够减轻这些风险的解决方案。通过实施bollard test，城市可以确定防撞柱的适当规格，确保它们能够有效地阻止或减缓来车。为了执行bollard test，工程师模拟各种场景，其中一辆车辆与防撞柱相撞。这涉及使用碰撞测试假人，并测量碰撞时施加的力量。测试结果有助于确定防撞柱在不同条件下的强度和耐用性。例如，成功抵挡重型卡车冲击的防撞柱将被认为比仅能停止小型车辆的防撞柱更为有效。从这些测试中收集的数据可以帮助更好地设计和放置城市环境中的防撞柱。此外，bollard test不仅关注防撞柱的物理强度，还考虑其在城市景观中的美学整合。许多城市努力在增强安全措施的同时保持视觉吸引力。因此，防撞柱的设计必须在功能和美学之间取得平衡，确保它们不会削弱公共空间的美感。bollard test提供了有关不同设计如何实现这一平衡的宝贵见解，而不妨碍安全。除了保护行人外，bollard test在保护基础设施方面也发挥着至关重要的作用。建筑物、纪念碑和公共交通站点通常容易受到车辆袭击。通过在这些结构周围战略性地放置防撞柱，城市可以创建一个保护屏障，从而威慑潜在威胁。bollard test帮助识别这些安装的最佳位置和配置，从而最大限度地提高其有效性。随着城市不断发展并适应新挑战，bollard test的重要性只会增加。它作为城市规划者和安全官员的重要工具，为他们提供必要的数据，以便对公共安全措施做出明智的决策。通过优先考虑bollard test的发现，城市可以为居民和游客创造更安全的环境，从而最终降低悲剧事件的风险。总之，bollard test是城市安全策略的重要组成部分，旨在保护公共空间免受车辆袭击。通过严格的测试和评估，城市可以确保其防撞柱不仅强大耐用，而且在视觉上也具有吸引力。随着城市区域变得越来越拥挤，实施像bollard test这样的有效安全措施对于维护所有市民的安全和安心至关重要。