engineering compromise

简明释义

工程折衷方案

英英释义

例句

1.To meet the deadline, the architects had to make an engineering compromise 工程妥协 on some design elements.

为了满足截止日期，建筑师们不得不对一些设计元素做出工程妥协。

2.The team reached an engineering compromise 工程妥协 to ensure that the project stays within budget.

团队达成了一个工程妥协，以确保项目保持在预算之内。

3.When developing new software, there was an engineering compromise 工程妥协 on functionality versus user experience.

在开发新软件时，功能与用户体验之间存在一个工程妥协。

4.The engineering compromise 工程妥协 allowed for a quicker rollout of the product but limited its features.

这个工程妥协允许更快地推出产品，但限制了其功能。

5.In the design phase, we often face an engineering compromise 工程妥协 between cost and quality.

在设计阶段，我们常常面临成本与质量之间的工程妥协。

作文

In the modern world, where innovation and progress are at the forefront of society, the concept of engineering compromise (工程妥协) plays a crucial role in the development of technology and infrastructure. Engineering is not merely about creating the most advanced systems or structures; it is also about finding a balance between various competing factors such as cost, safety, functionality, and environmental impact. This delicate balance often leads to the necessity of engineering compromise (工程妥协), where engineers must make informed decisions that may not fully satisfy all stakeholders but achieve an acceptable outcome. One of the most significant challenges in engineering projects is budget constraints. When funding is limited, engineers may need to cut costs in certain areas, which can lead to compromises in materials or design features. For instance, a bridge that was originally designed to use high-quality steel might be built with a less expensive alternative. While this decision may save money, it could also affect the durability and lifespan of the structure, highlighting the trade-offs inherent in engineering compromise (工程妥协).Safety is another critical factor that engineers must consider. In many cases, safety regulations require specific standards to be met. However, these standards can sometimes conflict with other project requirements, such as time constraints or budget limitations. An engineer may find themselves in a position where they have to make a engineering compromise (工程妥协) by choosing to implement a less optimal safety feature that still meets the minimum requirements rather than the ideal solution that would provide greater safety but exceed the budget or timeline.Moreover, the environmental impact of engineering projects has become increasingly important in recent years. Engineers are now tasked with designing solutions that not only meet human needs but also protect the planet. This often results in engineering compromise (工程妥协), where the ideal environmentally-friendly solution may be set aside in favor of a more practical approach that balances ecological concerns with economic viability. For example, while renewable energy sources are preferable, their initial installation costs might lead engineers to opt for fossil fuel-based solutions in the short term, even if they recognize the long-term benefits of cleaner alternatives.Collaboration among different stakeholders is essential in the engineering process. Engineers often work alongside architects, city planners, and community members, each with their own priorities and goals. This collaboration can lead to engineering compromise (工程妥协), as engineers must consider the diverse perspectives and needs of all parties involved. A project that aims to enhance urban infrastructure may need to balance the desires of residents for green spaces with the city's need for road expansions. Finding a middle ground that satisfies both parties requires careful negotiation and a willingness to compromise.In conclusion, engineering compromise (工程妥协) is an inevitable aspect of the engineering profession. It encapsulates the need for engineers to navigate complex situations where multiple factors must be weighed against each other. As technology continues to evolve and societal expectations shift, the ability to effectively manage these compromises will remain a vital skill for engineers. By understanding and embracing the nuances of engineering compromise (工程妥协), engineers can contribute to creating innovative solutions that serve the greater good while balancing the realities of constraints and limitations.