flywheel

简明释义

英[ˈflaɪwiːl]美[ˈflaɪwiːl]

n. [机] 飞轮，惯性轮；调速轮

复 数 f l y w h e e l s

英英释义

单词用法

同义词

反义词

例句

1.And this toy car has a flywheel.

玩具车有个飞轮。

2.The flywheel I've been using is simply a bar with a bolt in each end for weight.

飞轮我一直在使用仅仅是一个酒吧的一个螺栓在每个月底的重量。

3.There are principally two types of system - battery (electrical) and flywheel (mechanical).

现在该系统有两种主要的类型-电池(电子型)和飞轮(机械型)。

4.Here the "Victoria" horizontal is shown in action with the flywheel spinning.

这里的“维多利亚”横向是表现在行动上与以飞轮纺纱。

5.I'm going to give this flywheel a lot of kinetic energy of rotation, and you will see shortly how I do that.

我准备给这飞轮，很多的旋转动能，一会儿你们就能看到。

6.The "flywheel" battery, it is said, could power an electric car for 600 miles on a single charge.

据说，“飞轮”电池每充电一次可驱动一辆电动汽车行驶600英里。

7.He explained how a business flywheel 飞轮 can create sustainable growth over time.

他解释了商业飞轮 飞轮 如何随着时间创造可持续增长。

8.The gym equipment uses a heavy flywheel 飞轮 for resistance training.

健身器材使用重型飞轮 飞轮 进行抗阻训练。

9.The engine's flywheel 飞轮 helps to smooth out the power delivery.

发动机的飞轮 飞轮 有助于平滑动力输出。

10.In a bicycle, the flywheel 飞轮 maintains momentum when pedaling slows down.

在自行车中，飞轮 飞轮 在踩踏减速时保持动能。

11.The flywheel 飞轮 in the generator helps to stabilize the output voltage.

发电机中的飞轮 飞轮 有助于稳定输出电压。

作文

In the world of engineering and physics, the term flywheel refers to a mechanical device that stores rotational energy. It is designed to efficiently store energy when it is abundant and release it when needed, making it a crucial component in various machinery and systems. The concept of a flywheel can also be metaphorically applied to many aspects of life and business, illustrating how initial efforts can lead to significant momentum over time.To understand the importance of a flywheel, let’s consider its operation in a physical context. A traditional flywheel consists of a heavy wheel that spins around an axis. When energy is applied, such as through a motor, the wheel accelerates, storing kinetic energy. Once the energy input ceases or diminishes, the flywheel continues to spin, gradually releasing its stored energy. This principle is utilized in various applications, from engines to renewable energy systems, where stable energy output is required despite fluctuating inputs.In a business context, the flywheel concept can represent the cumulative effect of small, consistent actions that build upon each other to create substantial growth. For instance, a company might start with a simple product or service. Initially, it may attract a few customers, but as those customers share their positive experiences, more people become aware of the brand. This word-of-mouth marketing acts like the initial push on a flywheel, setting it into motion. As more customers are acquired, the business gains momentum, leading to increased sales and further customer referrals, thus creating a self-sustaining cycle of growth.This idea of the flywheel emphasizes the importance of patience and persistence. Just as a physical flywheel requires time to gain speed, businesses often need time to establish their presence and reputation in the market. Entrepreneurs must focus on delivering value consistently, nurturing relationships with customers, and refining their offerings. Over time, these efforts compound, resulting in exponential growth that can seem sudden or unexpected to outsiders.Moreover, the flywheel effect can be seen in various successful companies today. For example, Amazon started as an online bookstore but gradually expanded its product offerings. Each new category of products attracted different customers, and satisfied customers returned for more, creating a robust ecosystem that propelled Amazon to its current status as a retail giant. This illustrates how the flywheel effect can lead to sustainable business success through strategic planning and execution.In conclusion, whether in mechanical systems or business strategies, the concept of a flywheel serves as a powerful metaphor for understanding growth and momentum. By investing time and resources into building a strong foundation, individuals and organizations can create a self-reinforcing cycle that leads to long-term success. Recognizing the significance of the flywheel can inspire us to approach our goals with a mindset focused on steady progress, ultimately leading to remarkable achievements over time.

在工程和物理学的世界中，术语flywheel指的是一种储存旋转能量的机械装置。它旨在高效地存储充足时的能量，并在需要时释放，这使得它成为各种机械和系统中的关键组成部分。flywheel的概念也可以隐喻性地应用于生活和商业的许多方面，说明初始努力如何随着时间的推移产生显著的动量。为了理解flywheel的重要性，让我们考虑其在物理背景下的运作。传统的flywheel由一个重轮组成，围绕一个轴旋转。当施加能量时，例如通过电动机，轮子加速，储存动能。一旦能量输入停止或减少，flywheel仍然会继续旋转，逐渐释放其储存的能量。这个原理被应用于各种设备，从发动机到可再生能源系统，在这些系统中，需要稳定的能量输出，尽管输入可能波动。在商业环境中，flywheel的概念可以代表小而一致的行动的累积效应，这些行动相互叠加，创造出可观的增长。例如，一家公司可能从一个简单的产品或服务开始。起初，它可能吸引少数客户，但随着这些客户分享他们的积极体验，越来越多的人开始了解这个品牌。这种口碑营销就像对flywheel的初始推动，使其开始运转。随着更多客户的获得，企业获得了动力，导致销售额增加和进一步的客户推荐，从而创造出一个自我维持的增长循环。这种flywheel的理念强调耐心和坚持的重要性。就像物理flywheel需要时间来加速一样，企业往往需要时间来建立他们在市场上的存在和声誉。企业家必须专注于持续提供价值，培养与客户的关系，并完善他们的产品。随着时间的推移，这些努力会累积，导致指数级的增长，对外部观察者来说，这种增长可能看起来突然或意外。此外，今天许多成功公司中可以看到flywheel效应。例如，亚马逊最初是一个在线书店，但逐渐扩大了产品种类。每一个新产品类别都吸引了不同的客户，而满意的客户又会回头购买，创造出一个强大的生态系统，将亚马逊推向如今的零售巨头。这说明了flywheel效应如何通过战略规划和执行导致可持续的商业成功。总之，无论是在机械系统还是商业战略中，flywheel的概念都是理解增长和动量的强大隐喻。通过投入时间和资源来建立坚实的基础，个人和组织可以创造出一个自我强化的循环，最终导致长期成功。认识到flywheel的重要性可以激励我们以专注于稳定进步的心态来接近我们的目标，最终随着时间的推移取得显著成就。