Application of Geomechanics/Geophysics to Solve Environmental Problems

9820325亚利桑那大学萨蒂亚·哈帕拉尼这个REU网站将在接下来的三年里，每年为10名学生提供机会，获得在地球力学和地球物理应用于环境问题领域的研究经验。该计划将通过向不同的大学/学院发送海报和在全国会议期间进行非正式采访来确定优秀学生，每次会议都有200多名本科生参加。招收的四名学生将是大二学生，其余六名学生将是初三/高年级学生。将主要强调妇女和少数族裔学生的参与。这个项目的目标是为本科生提供一种进行研究的兴奋体验，以及在进行研究时的挫折和失败。这些项目的目的是让学生更好地了解总体上的研究，以及接触他们将致力于的特定主题。预计参与该项目将激励和激励学生，增加学生与学生和教师与学生之间的互动，并扩大他们毕业后的选择范围，包括研究职业和研究生院。学生参与将从一个密集的研讨会开始，该研讨会将涉及数据记录和分析技术、计算机技能、报告写作和公开演讲、安全问题，以及对他们将从事的具体项目的介绍。在此之后，学生们将进行为期九周的研究项目。为本科生计划的一些项目是正在进行的研究项目的组成部分，而其他项目则是专门为他们设计的。研究活动涉及岩土工程领域的教职员工的专业领域。具体的研究课题如下：1)矿山废渣的利用；2)裂隙岩石中的流体流动；3)流体对岩石强度的影响；4)利用图像处理技术研究岩石中的不连续面及其对强度/流动行为的影响；5)地下流体运移的地球物理模拟。为了促进团队合作，学生们将以两人或更多人为一组进行工作。在每个暑期/学期结束时，该计划将以一个小型会议/研讨会系列结束，包括参与者关于他们的研究结果、成功和失败的陈述/海报，以及关于他们的学习经验的公开讨论。如果学生愿意，他们将被允许使用他们的作品作为三分之二的“独立学习”单元。

9820325University of ArizonaSatya HarpalaniThis REU site will provide an opportunity for 10 students every year, for the next three years, to gain research experience in the area of application of Geomechanics and Geophysics to environmental problems. The program will identify exceptional students by sending posters to different universities/colleges, and informal interviews during national meetings, each attended by over 200 undergraduates. Four students recruited will be at the sophomore level, while the remaining six will be at the junior/senior level. There will be a major emphasis on participation by women and minority students. The goal of this program is to provide undergraduates with an experience of the excitement of conducting research, along with frustrations and failures when doing so. The projects are designed to provide students with an improved understanding of research, in general, as well as exposure to the specific topics they will be working on. It is anticipated that participating in this program will inspire and motivate students, increase student-student and faculty-student interactions and expand the choices available to them upon graduation to include research careers and graduate school.The student participation will start with an intensive workshop on "what research is all about" which will include techniques of data recording and analysis, computer skills, report writing and public speaking, safety issues, and an introduction to the specific projects they will be working on. Following this, the students will work on their research projects for nine weeks. Some of the projects planned for undergraduates are integral components of ongoing research projects while the others are designed specifically for them. The research activities span the areas of expertise of faculty members in the field of Geotechnical Engineering. The specific topics for research projects are as follows: 1) utilization of mine waste, 2) fluid flow in fractured rock, 3) effect of fluids on rock strength, 4) use of image processing to study the discontinuities in rock and their impact on strength/flow behavior, and 5) geophysical modeling of subsurface fluid migration. To promote teamwork, the students will work in groups of two or more. At the end of each summer/semester, the program will conclude with a mini conference/seminar series to include presentations/posters by participants on their research findings, successes and failures, and an open discussion on their learning experience. The students will be allowed to use their work as 2/3 units of "Independent Study", if they want to.