skeleton structure

简明释义

骨架结构

英英释义

例句

1.The skeleton structure of the software application was designed to be modular and scalable.

该软件应用的skeleton structure被设计为模块化和可扩展的。

2.In biology, the skeleton structure of an organism provides support and protection for its organs.

在生物学中，生物的skeleton structure为其器官提供支持和保护。

3.Before adding details, the artist created a skeleton structure of the sculpture.

在添加细节之前，艺术家创建了雕塑的skeleton structure。

4.The skeleton structure of the report outlines the main sections and key points.

报告的skeleton structure概述了主要部分和关键点。

5.The architect presented the skeleton structure of the building to show its basic framework.

建筑师展示了建筑的skeleton structure，以展示其基本框架。

作文

The concept of a skeleton structure is both fascinating and essential in various fields, particularly in architecture and biology. In architecture, the skeleton structure refers to the framework that supports a building. This framework is typically composed of beams, columns, and floors that together create a solid base for the entire structure. Without this skeleton structure, buildings would lack stability and could not withstand environmental forces such as wind, snow, and earthquakes. The importance of a well-designed skeleton structure cannot be overstated, as it ensures the safety and longevity of the buildings we inhabit.In biology, the term skeleton structure takes on a different meaning. It refers to the internal framework of an organism, which provides support and shape. In vertebrates, this is known as the endoskeleton, while in many invertebrates, it can be referred to as an exoskeleton. The skeleton structure in living organisms serves several vital functions: it protects internal organs, facilitates movement by providing attachment points for muscles, and plays a critical role in the production of blood cells in bone marrow.Understanding the skeleton structure in both architecture and biology allows us to appreciate the intricacies of design and functionality. For instance, architects study the principles of load distribution and material strength to create efficient and aesthetically pleasing buildings. Similarly, biologists examine how different skeleton structures have evolved to meet the needs of various species, leading to a diverse array of forms and functions in nature.Moreover, the concept of a skeleton structure can also be applied metaphorically in writing and storytelling. Just as a physical structure relies on its skeleton for support, a well-crafted narrative depends on its own skeleton structure—the plot outline, character arcs, and thematic elements. Writers often begin with a basic framework before fleshing out their stories with details and emotions. This approach helps ensure that the final product is coherent and engaging for readers.In conclusion, the idea of a skeleton structure transcends disciplines, emphasizing the importance of foundational frameworks in both physical and abstract contexts. Whether we are constructing a building, studying a living organism, or crafting a story, recognizing the significance of a skeleton structure enables us to create more effective and meaningful outcomes. Therefore, the next time you look at a building or read a book, consider the underlying skeleton structure that supports it, and appreciate the thought and effort that goes into its creation.

“骨架结构”这一概念在建筑和生物学等多个领域中都具有迷人且重要的意义。在建筑学中，“骨架结构”指的是支撑建筑的框架。这个框架通常由梁、柱和楼层组成，共同形成整个结构的坚实基础。如果没有这种“骨架结构”，建筑将缺乏稳定性，无法抵御风、雪和地震等环境力量。一个设计良好的“骨架结构”的重要性不言而喻，因为它确保了我们所居住建筑的安全性和耐久性。在生物学中，“骨架结构”的含义有所不同。它指的是生物体的内部框架，提供支持和形状。在脊椎动物中，这被称为内骨骼，而在许多无脊椎动物中，它可以被称为外骨骼。生物体中的“骨架结构”执行几个重要功能：保护内部器官，通过为肌肉提供附着点来促进运动，并在骨髓中发挥关键作用，参与血细胞的产生。理解建筑和生物学中的“骨架结构”使我们能够欣赏设计和功能的复杂性。例如，建筑师研究荷载分布和材料强度的原理，以创造高效且美观的建筑。同样，生物学家研究不同“骨架结构”的进化，以满足各种物种的需求，从而导致自然界中形式和功能的多样性。此外，“骨架结构”的概念在写作和叙事中也可以隐喻性地应用。就像一个物理结构依赖于其骨架来提供支持，一个精心构建的叙述依赖于自己的“骨架结构”——情节大纲、角色弧和主题元素。作家们通常会先建立一个基本框架，然后再用细节和情感来充实他们的故事。这种方法有助于确保最终产品对读者来说是连贯和引人入胜的。总之，“骨架结构”的理念超越了学科，强调了物理和抽象背景中基础框架的重要性。无论我们是在建造一座建筑、研究一个生物体还是创作一个故事，认识到“骨架结构”的重要性使我们能够创造出更有效和更有意义的结果。因此，下次当你看到一座建筑或阅读一本书时，请考虑支撑它的“骨架结构”，并欣赏其中所蕴含的思想和努力。