英国工业工程学论文代写：抗震建筑
对英国的地震进行推理：
地震本质上是发生的，不受控制，不能通过人为干预来阻止。这些与地层埋藏的地质历史事件有关。有一些地球表面缺陷的证据，可以通过野外专家（地质学家）来实现，而一些证据在地表下数百公里处仍然是不可见的，而这正是地震最可能发生的地方。 （英国地质调查局，2014年）
英国地震的因素尚不透明，但是，地震发生背后的主要原因被认为是构造板块的运动，并且由于覆盖英国许多地区约1000多年的冰盖融化而造成的抬升背部。 （英国地质调查局，2014年）
英国工业工程学论文代写：抗震建筑
1.5。研究目标
这项研究的目的和目标包括找到以下问题的答案：
地震发生时，NI-TI合金棒如何影响剪力墙的抗剪性能？
钢筋的数量，长度，宽度和位置如何影响剪力墙的阻力？
1.6。学位论文结构：
第一节背景：在本节中，将包括各个子部分。通过查看英国的历史地震事件，将会过度查看背景信息，从而解释世界地震的发生。此外，将重新审视形状记忆合金作为创新结构材料的专有技术和应用。
讨论将进一步讨论形状记忆合金（SMA）在土木建筑中的应用，然后更加尖锐地指出木材剪力墙板的加固。这将包括对英国和全球范围内过去和当前工作的了解。本部分还将介绍研究目标。
英国工业工程学论文代写：抗震建筑
Reasoning the earthquakes in Britain:
Earthquakes occur by nature, are uncontrolled and cannot be stopped by human intervention. These are linked to the historical events of geology buried within the earth layers. There are some evidences of the faults over the earth surface and can be realized by the field specialists (geologists) while some proofs remain invisible hundreds of kilometres deep down the earth surface and this is where the earthquakes are most likely to take place. (British Geological Survey, 2014)
The factors that instigate earthquakes in UK are not transparent yet but, the main reasons behind earthquake occurrences are assumed to be the movement of the tectonic plates and resultant uplift caused by the melting of ice sheets that covered many parts of Britain about more than 1000 years back. (British Geological Survey, 2014)
英国工业工程学论文代写：抗震建筑
1.5. Research Objectives
Aims and objectives of this research include finding answer to the following questions:
When the earthquake occurs, how the NI-TI alloy bars affect the shear resistance of the shear wall?
How the number, the length, the width and the position of bars influence the resistance of the shear wall?
1.6. Dissertation Structure:
Section 1- Background: In this section, various sub-sections will be included. Background information will be over-viewed explaining the occurrence of earthquakes in the world with a look at the historical seismic events in UK. Furthermore, the know-how of and the utilization of the concept of shape memory alloy as innovative structural materials will be reviewed.
The discussion will further go on to the present day applications of Shape Memory Alloy (SMA) in civil construction and then more pointedly as reinforcement in timber shear wall panels. This will include the knowledge of past and current work in the subject area both in the UK and world-wide. This section will also present the research objectives.
