分析原因的英语作文结构

作者:波波英语 阅读:26 点赞:0

分析原因的英语作文结构

关于”分析原因的结构“的英语作文范文4篇,作文题目:The structure of the cause analysis。以下是关于分析原因的结构的雅思英语范文,每篇作文均为高分范文带翻译。

高分英语作文1:The structure of the cause analysis

If you are still confused about how to answer the question "to what extent do you agree or disagree?" just use one of the following article structures. Note that in this type of article, we never discuss other people's views. Questions need your opinion.

Simon's "to what extent do you agree or disagree" strong answers, two supportive points of view introduce the topic, Then state a strong point (e.g. I totally agree) main paragraph: explain one reason for your point of view main paragraph: explain another reason for your point of view conclusion: repeat / summarize your point of view, strong answer, refute the opposite point of view, introduce the topic, and then state a strong point (e.g. I totally agree) main paragraph: explain your point Main paragraph: explain why you think the opposite point of view is wrong conclusion: repeat / summarize your point of view balanced point of view introduce the topic and then explain that you have a balanced point of view main paragraph: explain why you also admit the opposite point of view summary: repeat / summarize your point of view is almost balanced point of view, but tend to one side introduce the topic, and then use "while" Sentence (although I accept, I believe b) main paragraph: explain why you accept the side of the argument main paragraph: but explain why you still agree with the opposite opinion conclusion: repeat / summarize your point of view.

中文翻译:

如果你仍然对如何回答“你在多大程度上同意或不同意”的问题感到困惑,只需使用下面的一种文章结构注意,在这种类型的文章中,我们从不讨论其他人的观点问题需要你的观点西蒙“你在多大程度上同意或不同意”强有力的回答,两个支持性的观点介绍主题,然后陈述一个强烈的观点(例如我完全同意)主要段落:解释你的观点的一个原因主要段落:解释你的观点的另一个原因结论:重复/总结你的观点强有力的回答,反驳相反的观点介绍主题,然后陈述一个强烈的观点(例如我完全同意)主要段落段落:解释你的观点主要段落:解释为什么你认为相反的观点是错误的结论:重复/总结你的观点平衡的观点介绍主题,然后解释你有一个平衡的观点主要段落:解释你为什么也承认相反的观点观点总结:重复/总结你的观点几乎是平衡的观点,但倾向于一方介绍主题,然后使用“while”句子(虽然我接受,我相信B)主要段落:解释为什么你接受论点的一方主要段落:但是解释为什么你仍然赞成相反的观点结论:重复/总结你的观点。

万能作文模板2:原因分析的结构

In the past decade, the concept of second-order or advanced analysis has been described in various national design codes of practice, such as the code for design of load and resistance factors of steel structures () and Australian standard (as), which are different from 1-linear analysis, in which the second-order effect is carried out by the element design formula in the code, and the second-order analysis is from the element design formula in the code Therefore, considering the second-order P δ and P △ effects, the stress can be calculated automatically and compared with the calculation of yield stress or design strength. The empirical method of increasing torque due to large changes of geometric structure becomes unnecessary, which makes the analysis more convenient and accurate. In addition, second-order and advanced analysis (including various linear and nonlinear terms) can more accurately calculate the forces and moments of members and accurately evaluate the strength, stability and usability of structures, and are expected to be widely accepted by engineers, provided that there is an effective and reliable analysis method.

The purpose of this "comprehensive design and analysis method" is to use complex second-order analysis to design actual steel frames to meet the design code requirements. Literature surveys show that the typical second-order analysis method ignores many important features and requirements of actual design, including the initial imperfections and their directions of members, and the consistency between linear and nonlinear models, because the second-order analysis requires each member Use multiple elements and loads along the member. The proposed method includes these items for direct use in the design of actual and actual steel frames (as) P δ P △ "that meet the requirements of advanced analysis.

中文翻译:

在过去的十年中,二阶或高级分析的概念已在各种国家设计实践规范中进行了描述,如钢结构建筑的荷载和抗力系数设计规范()和澳大利亚标准(as),不同于1线性分析,其中对构件强度进行不稳定性检查二阶效应是由规范中的单元设计公式进行的,二阶分析自动包含这些非线性项的影响,因此,考虑到二阶pδ和p△效应的应力,可以自动计算并与计算屈服应力或设计强度进行比较由于几何结构的大变化而增加力矩的经验方法变得不必要,这使得分析变得更加方便和准确。此外,二阶和高级分析(包括各种线性和非线性项)可以更精确地计算杆件的力和力矩以及评估结构强度、稳定性和可用性的准确方法,并有望被工程师广泛接受,前提是有一种有效且可靠的分析方法。这种“综合设计和分析方法”旨在使用复杂的二阶分析来设计实际钢框架满足设计规范要求文献调查表明,典型的二阶分析方法忽略了实际设计的许多重要特征和要求,包括构件初始缺陷及其方向,线性模型和非线性模型之间的一致性,因为二阶分析需要每个构件使用多个单元,以及沿构件的荷载。

建议的方法包括这些项,以便直接用于设计满足高级分析要求的实际和实际钢框架(as)pδp△”。

满分英语范文3:分析原因的结构

Dynamic software architecture analysis the open and dynamic internet environment greatly promotes the coordination among software entities distributed in different locations. It takes completing a computing task as a connector, and then extracts a model as the architecture on which current design, analysis and verification are based. The concept of dynamic software architecture is one of the most active research fields in this paper, We focus on the dynamic evolution of system structure, not coordination mechanism (such as communication protocol).

It is generally believed that some restrictions should be imposed on system evolution to ensure that the system structure maintains a style or changes within a certain range under these conditions, so that the system can run under the expected control: software engineering, artificial intelligence, network and parallel / distributed computing.

中文翻译:

动态软件体系结构分析开放、动态的Internet环境极大地促进了分布在不同位置的软件实体之间的相互协调,以完成一项计算任务作为连接器,然后提取一个模型作为当前设计、分析和验证所依据的体系结构,动态软件体系结构的概念是本文最活跃的研究领域之一,我们关注的是系统结构的动态演化,而不是协调机制(如通信协议)。人们普遍认为,应该对系统演化施加一些限制,以确保系统结构在这些条件下保持一种风格或在一定范围内发生变化,使系统在预期的控制下运行:软件工程、人工智能、网络和并行/分布式计算。

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