acoustic design

简明释义

声学计算

英英释义

例句

1.The theater's acoustic design allows for optimal sound distribution throughout the audience.

剧院的声学设计使声音能够在观众中最佳分布。

2.Incorporating acoustic design into office spaces can greatly reduce noise distractions.

将声学设计融入办公空间可以大大减少噪音干扰。

3.The new concert hall features exceptional acoustic design, ensuring that every note is heard clearly.

新的音乐厅具有卓越的声学设计，确保每一个音符都能清晰地被听到。

4.The architect emphasized the importance of acoustic design in creating a peaceful environment.

建筑师强调了在创造宁静环境中声学设计的重要性。

5.Effective acoustic design can enhance the experience of listening to music in a restaurant.

有效的声学设计可以提升在餐厅听音乐的体验。

作文

Acoustic design is a critical aspect of architecture and environmental planning that focuses on how sound interacts with spaces. In our daily lives, we often take for granted the sounds around us, whether it be the soothing notes of music in a concert hall or the echoing whispers in a library. However, the principles of acoustic design (声学设计) play a significant role in shaping these auditory experiences. Proper acoustic design (声学设计) ensures that spaces are not only visually appealing but also functionally effective in managing sound. One of the primary objectives of acoustic design (声学设计) is to enhance sound quality. This involves understanding how sound waves travel and interact with different materials and surfaces. For example, in concert halls, architects and designers meticulously plan the shape and materials used to ensure that sound is distributed evenly throughout the space. Curved walls, specific ceiling heights, and the choice of flooring can all contribute to an optimal auditory experience. In contrast, some environments require sound to be absorbed rather than amplified. For instance, in offices or classrooms, excessive noise can lead to distractions and decreased productivity. Here, acoustic design (声学设计) focuses on incorporating sound-absorbing materials such as carpets, acoustic panels, and specially designed ceilings. These elements help to minimize echoes and background noise, creating a more conducive environment for concentration and communication.Another important consideration in acoustic design (声学设计) is privacy. In settings such as hospitals, hotels, or meeting rooms, it is essential to limit sound transmission between spaces. This can be achieved through the use of soundproof materials and strategic layout planning. For instance, placing noisy equipment away from quiet areas or utilizing double walls can significantly improve acoustic privacy.Moreover, acoustic design (声学设计) is not limited to indoor spaces. Outdoor environments, such as parks and urban areas, also benefit from thoughtful acoustic planning. Noise pollution is a growing concern in many cities, and effective acoustic design (声学设计) can help mitigate its impact. The placement of trees, water features, and barriers can create a more serene outdoor atmosphere, allowing for a peaceful retreat from the hustle and bustle of city life.The integration of technology in acoustic design (声学设计) has also revolutionized the field. Advanced modeling software allows designers to simulate how sound will behave in a space before it is built. This predictive capability enables architects to make informed decisions about materials and layouts, ultimately leading to better outcomes. Additionally, innovations such as smart sound systems can adapt to the acoustics of a room in real-time, further enhancing the auditory experience.In conclusion, acoustic design (声学设计) is an essential component of creating functional and enjoyable spaces. Whether it’s a concert hall filled with music, a quiet library, or a bustling office, the principles of acoustic design (声学设计) significantly influence how we perceive and interact with our environment. By prioritizing sound quality, privacy, and the use of technology, we can create spaces that not only look good but sound good too. As we continue to develop our urban landscapes and architectural wonders, understanding the importance of acoustic design (声学设计) will be crucial for enhancing the quality of life in our communities.

声学设计是建筑和环境规划中的一个关键方面，专注于声音与空间的相互作用。在我们的日常生活中，我们常常理所当然地接受周围的声音，无论是音乐厅中悦耳动听的旋律，还是图书馆中低声的耳语。然而，声学设计 (acoustic design) 的原理在塑造这些听觉体验中发挥着重要作用。合理的声学设计 (acoustic design) 确保空间不仅在视觉上吸引人，而且在声音管理上也有效。声学设计 (acoustic design) 的主要目标之一是增强声音质量。这涉及到理解声音波是如何传播并与不同材料和表面相互作用的。例如，在音乐厅中，建筑师和设计师精心规划空间的形状和使用的材料，以确保声音均匀地分布在整个空间内。弯曲的墙壁、特定的天花板高度以及地面的选择都可以为最佳的听觉体验做出贡献。相反，有些环境需要吸收声音而不是放大声音。例如，在办公室或教室中，过多的噪音会导致分心和生产力下降。在这里，声学设计 (acoustic design) 侧重于结合吸音材料，如地毯、声学面板和专门设计的天花板。这些元素有助于减少回声和背景噪音，创造一个更有利于集中注意力和沟通的环境。在声学设计 (acoustic design) 中，隐私也是一个重要的考虑因素。在医院、酒店或会议室等场所，限制空间之间的声音传播至关重要。这可以通过使用隔音材料和战略布局规划来实现。例如，将嘈杂的设备放置在安静区域远处或利用双墙结构，可以显著改善声学隐私。此外，声学设计 (acoustic design) 不仅限于室内空间。户外环境，如公园和城市地区，也受益于深思熟虑的声学规划。噪音污染在许多城市中日益严重，有效的声学设计 (acoustic design) 可以帮助减轻其影响。树木、水景和障碍物的布置可以创造一个更加宁静的户外氛围，让人们能够从城市生活的喧嚣中得到平静的休憩。科技在声学设计 (acoustic design) 中的整合也彻底改变了这一领域。先进的建模软件使设计师能够在建造之前模拟声音在空间中的行为。这种预测能力使建筑师能够对材料和布局做出明智的决策，最终导致更好的结果。此外，智能音响系统等创新可以实时适应房间的声学，进一步提升听觉体验。总之，声学设计 (acoustic design) 是创造功能性和愉悦空间的重要组成部分。无论是充满音乐的音乐厅、安静的图书馆，还是繁忙的办公室，声学设计 (acoustic design) 的原理显著影响我们如何感知和与环境互动。通过优先考虑声音质量、隐私和技术的使用，我们可以创造出不仅外观良好而且听起来也很好的空间。随着我们继续发展城市景观和建筑奇迹，理解声学设计 (acoustic design) 的重要性对于提升我们社区的生活质量至关重要。