On geotechnical engineering
专业班级：学号：姓名：
Geotechnical engineering is a branch of civil engineering, is the application of engineering geology, soil mechanics, rock mechanics to solve engineering problems of rock soil engineering science. Geotechnical engineering is an emerging discipline, has great development potential in civil engineering. So I from the following several aspects of geotechnical engineering:
First of all, rock and soil engineering is a very practical subject, in civil engineering is the most basic part of the most important. Due to the different area, different soil, rock changed greatly, which requires us to not only have good professional knowledge, but also we need to have good practical experience. In geotechnical engineering, test method is very important, for example, some of the test process of soil test, and rock mechanics in some of the experiments, and some in situ test. We must strictly abide by the test, to comply with the test procedures. Geotechnical engineering is widely used in many fields, including
the investigation of geotechnical engineering, tunnel engineering, construction engineering, road and Bridge Engineering etc..
Secondly, geotechnical engineering should pay attention to the impact on environmental aspects. I think the geotechnical engineering and environmental engineering should be closely integrated, interrelated, to prevent the
construction of groundwater pollution, minimize or eliminate on terrestrial and atmospheric pollution. At the same time, as far as possible to reduce the damage to plants, and the effect on animal habitat.
More importantly, in geotechnical engineering with the development and progress of science, we should put the computer and geotechnical engineering investigation, design, calculation and so closely together. Objective to be more effective and more convenient, more accurate to solve the problems we encountered in civil engineering. The computer can help the geotechnical engineers to solve problems of some rock or soil, can also help the geotechnical engineer to save computation time is wasted by computer, use the most effective in geotechnical engineering, geotechnical engineering in the future development makes for better and faster.
Geotechnical engineering mainly includes in the future direction of development: the development and utilization of underground space; the construction and development of military base; environmental geotechnical engineering; and the application of geophysical prospecting and exploitation of marine resources on the seabed. So we should seize the development direction
of image engineering, can go further in the field of geotechnical engineering.
Finally, as a rock and soil engineering students, we have the responsibility and obligation to give my contribution to the field of geotechnical engineering, to solve problems, encountered in geotechnical engineering in the future. At the same time, to increase more experience for me, to create a better living environment for people, at the same time, try my best to make the harmony between man and nature. I should develop the spirit of innovation, the spirit of hard work, get better achievement in geotechnical engineering.
岩土工程是土木工程的一个分支，是运用工程地质学，土力学，岩体力学解决各类工程关于岩石土的工程技术问题的科学。
岩土工程属于一门新兴的学科，在土木工程中有巨大的发展潜力。
所以我从以下几个方面浅谈岩土工程：
首先，岩土工程是一门实践性很强的学科，在土木工程中是最基础最重要的一部分。
由于不同地区，不同土层，岩石的变化很大，这就要求我们不仅有很好的专业知识，而且要求我们更需要有很好的实践经验。
在岩土工程中，试验方法是非常重要的，比如，土工试验中的一些试验过程，还有岩体力学中的一些实验过程，还有一些原位测试实验。
我们必须严格遵守试验的方法，遵守试验程序。
岩土工程应用领域非常广泛，包括岩土工程勘察，隧道工程，建筑工程，道路和桥梁工程等。
其次，岩土工程应该注意在环境方面的影响。
我认为岩土工程应该和环境工程密切结合，相互联系，来防止在土木施工中对地下水的污染，尽量减少或消除对陆地和大气的污染。
同时，尽可能的减少对植物的破坏，还有对动物栖息的的影响。
更重要的是，在岩土工程中随着科学的不断发展和进步，我们更应该把计算机和岩土工程的勘察，设计，计算等方面密切的结合起来。
目的是更有效更方便，更准确的来解决我们在土木工程中遇到的难题。
计算机可以帮助岩土工程师解决一些岩石或土体分析的难题，还可以帮助岩土工程师节约计算上所浪费的时间，通过计算机在岩土工程中得到最有效的利用，使得岩土工程在未来得到更好更快的发展。
岩土工程在未来的发展方向主要包括：地下空间的开发和利用；军事基地的建设与发展；环境岩土工程的研究；工程物探技术的应用以及海洋海底资源的开发和利用。
所以我们要抓住样图工程的发展方向，在岩土工程领域能走得更远。
最后，作为一名岩土工程专业的学生，我们有责任和义务为岩土工程领域奉献出我自己的微薄之力，来解决将来在岩土工程中遇到的难题，同时，为我自己增加更多的实践经验，为人们创造更好的生活环境，同时，尽我最大的努力来使人与自然和谐相处。
我应该发展创新精神，刻苦精神，在岩土工程中取得更好的成就。