喀斯特地区石漠化综合治理蓄水工程布设研究

蓄水工程是喀斯特石漠化综合治理中小型水利水保工程中的一项重要工程.以毕节鸭池示范区石桥小流域为例,通过实地调查测算分析,进行石漠化综合治理中蓄水工程布设研究,认为提高雨水集蓄利用是解决灌溉缺水的主要途径,蓄水工程是雨水集蓄利用的重要工程措施,同时可解决喀斯特高原山区工程性缺水问题.应因地制宜地布设蓄水工程,蓄水工程与坡面水系工程紧密结合;在蓄水工程布设过程中进行蓄水池墙体稳定性分析和过水断面核算;蓄水工程防渗处理十分重要.     

工程与工程主体性

工程是人类有意识,有目的地利用科学技术知识,自然资源、社会资源,能动地创造社会存在物以满足人类需要的活动及其结果.本文主要阐述工程主体的本质及其作用.本文认为,工程主体是人本身,具体表现为工程决策主体、工程规划设计主体、工程实施主体、工程利用主体和工程终结主体等五种形态.工程主体性是人的本质力量在工程层面的具体显现,它表现为真理主体性,目的主体性,选择主体性,价值主体性和综合主体性等形态.工程主体性与工程构成辩证统一的关系,对工程活动成败以及结果的存废具有重要影响.     

年修工程准备探讨

检修公司年修工程（机械部分）准备,年修工程前和年修工程期间准备工作时刻存在,每个参与年修工程的人员都是年修的准备者。年修工程准备工作是否充分，是年修工程是否顺利的保障，是达到年修工程目的的保证。     

中国二十冶建设有限公司

中国二十冶建设有限公司是中冶集团的全资子公司,下设天津、宁波、河北等区域公司和7个专业工程分公司、10个管理型分公司,拥有各类专业技术人员3498人,其中教授级高级工程师和各类高级职称人员341人、中级职称人员1103人。拥有各类施工机械设备3775台（套）。具有冶炼工程、房屋建筑工程、市政公用工程、机电设备安装工程的施工总承包一级资质,具有地基与基础工程、钢结构工程、炉窑工程、机电设备安装工程专业承包一级资质和预拌商品砼专业承包二级资质。具有国外工程承包权。     

探矿工程中容易出现的问题及对策研究

基于考虑探矿工程的专业性以及重要性的基础上,在开展探矿工程的时候,使用必要的而技术措施以及安全保证对策,这是提升探矿工程实施效果以及满足开展探矿工程需要的重要对策,这些对开展探矿工程有重要的作用.针对当前探矿工程开展的实际情况而言,因为受技术以及管理因素的约束,探矿工程中还是存在一些问题,这些问题不但制约探矿工程的开展...     

工程物探技术在矿山岩土工程勘查中的应用

本论文旨在深入探讨工程物探技术在矿山岩土工程勘查中的应用及其在不同地质条件和工程要求下的适用性。本文先介绍了工程物探技术的概念、分类,以及作为其基础的地球物理学、物理学和信息技术原理。随后,阐述了矿山工程物探的重要性,然后着重探讨了矿山岩土工程中的地质条件和工程要求,强调了深入了解这些前提条件对工程物探的合理选择至关重要。详细介绍了工程物探方法,包括地震勘探、电法勘探和重力勘探,以及它们的具体应用方法。     

矿山工程地质与水文地质勘察相关性分析

在矿山工程地质勘察中,为了防止地下水对矿山工程的负面影响,需加强对水文地质的勘察力度,水文地质的勘察对矿山开采工程有很大影响,文章主要通过水文地质在矿山工程中研究发现,水文地质的勘察是矿山资源开发工程的基础,从水文地质的勘察内容中分析地下水是引起矿山工程灾害的重要因素,进而指出水文地质在矿山工程中的重要意义及相关性分析。     

热轧工程轧线仪表的常规配置

介绍了国内大型热轧工程轧线仪表的常规配置,主要为宽厚板工程、热轧带钢工程、热轧钢管工程和线棒材工程的轧线仪表常规配置。     

热轧工程轧线仪表小房设计特点

介绍国内大型热轧工程轧线仪表小房的设计特点,主要叙述了宽厚板工程、热轧带钢工程、热轧钢管工程的轧线仪表小房,目的在于对热轧工程轧线仪表小房有一些初步认识,对工程设计、改造工程有一定的借鉴作用.     

高速公路填方路基滑坡工程地质分析与评价

以某高速公路填方路基滑坡工程为例,结合滑坡工程地质条件和滑坡要素特征,介绍该工程滑坡形成的条件及滑坡机理,并开展滑坡工程稳定性评价,提出具体的治理措施,以加强滑坡工程的治理效果。     

地质工程勘察在工程设计和施工中的作用分析

在设计地质工程开始之前,对工程地质特征进行详细勘查是保证工程设计和施工合理性最有效的手段之一。为此,进行地质工程勘察在工程设计和施工中的作用分析。地质工程勘察在工程设计中的作用包括:判定施工场地地质条件与工程设计的适宜性以及完善工程设计方案;地质工程勘察在施工中的作用为勘测施工场地地基土均匀性。通过对以上的作用分析,致力于为提升地质工程建设的科学性以及综合质量奠定坚实的基础。     

加强建设工程过程控制,保证工程质量

建设工程过程控制是质量管理及其保证的重要手段。通过分析建设工程中存在的问题及影响工程质量的因素，提出加强管理及工程过程控制的措施，来保证工程质量。     

工程科学的前沿技术——轧制过程自动化工程支撑体系

现代工程必须以工程科学的方法来设计和实施,实现工程科学方法的基础和前沿技术是一类工程的支撑体系。以轧制过程自动化为例,介绍了工程支撑体系的组成,并详细介绍了轧制过程自动化工程开发、设计和实施规范;轧制自动化系统开发平台;轧制自动化系统工程技术库;系统测试和现场调试工具及方法。采用这套工程支撑体系,以工程科学方法承担的大量轧制过程自动化工程项目,取得了重大成功和显著经济效益。     

Published Research on Engineering Work

Engineering literature mostly focuses on the “objects” and techniques that interest engineers: there are only a few accounts of the people that do engineering work and what that work actually involves. The relevant literature contributes a combination of personal opinion, anecdotal reports, and empirical evidence from quantitative and a few qualitative surveys. Most of the empirical research provides only indirect and limited evidence on engineering work as it is practiced because the survey questions seem to be based on preconceived notions of engineering work. Almost all the papers in the literature that refer to engineering practice aim to provide evidence for changing engineering education or evidence to support a particular set of engineering competencies. From these narrow objectives we can learn a little about engineering work. More empirical evidence is needed before we can work towards a comprehensive understanding, let alone improvement of engineering working methods and practices.     

VDC and the Engineering Continuum

In this paper, we provide a brief overview of the historical underpinnings of the design-construction industry and the development of design engineering and construction engineering as independent but related subdisciplines of civil engineering. The effects of the first and second generation of computer tools on design engineering are identified. The complementary and evolving definitions of construction engineering and design engineering are examined, specifically in the context of structural design engineering activities and deliverables and the corresponding construction engineering activities and deliverables. The concept of an “engineering continuum” is introduced, and the process is recast in light of that concept. Several case studies are used to examine the promise of third generation design-construction computing technologies such as virtual design and construction and their potential beneficial impact on the cost and schedule of the typical design-construction project. Refinements to the definitions of construction and design engineering that have the potential to maximize the benefits of third generation technology are proposed with an eye toward the form of fourth generation computing technologies that are on the horizon.     

岩土工程地质灾害防治技术及防治措施

在传统的岩土工程地质灾害防治技术及防治措施研究中,由于没有结合先进的科学方法,因此无法运用有针对性的岩土工程地质灾害防治技术进行有效的岩土工程地质灾害防治措施。针对这一问题,进行岩土工程地质灾害防治技术及防治措施分析。研究岩土工程地质灾害防治技术,提出六种防治技术减少岩土工程地质灾害的发生几率;做好岩土工程地质灾害防治措施,致力于推动该地区岩土工程地质灾害防治工作的进一步发展。     

工程地质勘察中水文地质问题分析

由于水文地质问题是工程地质勘察中最为关键的因素,对水文地质的掌握情况直接影响工程地质勘查效果。针对这一情况,进行工程地质勘察中水文地质问题分析。首先,分析地下水位上升对工程地质的影响,再分析地下水位下降对工程地质的影响,最后分析岩土体物理性质的变化情况。从而得出,解决好水文地质问题能够极大程度的优化工程地质勘察的效果,在确保安全性与稳定性的同时,更好的完成工程建设。     

Potential impacts of creating biomedical engineering programs on gender distribution within leading engineering colleges.

During the past decade, the number of biomedical engineering (BME) undergraduate degree programs that reported engineering bachelor's (BSE) degree recipients to the American Society for Engineering Education increased from 19 to 38 among the Association of American Universities institutions (AAUs). This increase in BME BSE degree recipients coincided with substantial decreases in the percentage of women receiving BSE degrees at the public AAUs. AAUs that had BME BSE degree recipients in 2000 or first reported BME graduates between 2000 and 2009 experienced a decrease in the percentage and number of women receiving engineering undergraduate degrees across the other engineering disciplines. Demographic data for public and private AAUs and within the four largest engineering disciplines, electrical and computer engineering, mechanical engineering, civil engineering, and chemical engineering show that the percentage and number of non-BME female BSE degree recipients decreased contemporaneously with an increase in the number of BME degree programs and BME BSE degree recipients. Academic leaders and diversity professionals should see the results presented here as cautionary. The targeting of science, technology, engineering, and mathematics disciplines toward specific underrepresented groups is discussed with respect to ongoing limited degree attainment of women in these fields. (PsycINFO Database Record (c) 2011 APA, all rights reserved)     

Construction Engineering and Management Undergraduate Education

Construction education is not new. It was a part of the practical aspects of many early civil engineering degree programs. As early as the 1920's, specializations in construction engineering were found in a few civil engineering programs, paralleling structural engineering and other areas. However, the gradual need for more specialization than could normally be integrated in the civil engineering degree eventually led to the formation of some construction specialty degree undergraduate programs, particularly after World War II. This paper documents the historical evolution of construction education, promotes construction as a stand-alone professional engineering discipline, provides information for schools that are interested in starting an undergraduate construction engineering and management (CEM) degree program, and discusses the engineering accreditation aspects of the CEM curriculum and the role of the construction industry in the CEM curriculum development.     

信息化施工与工程监测技术

信息化施工是现代施工新技术,是降低整个工程造价及保证工程质量的前提。信息化施工的基础是工程监测。以基坑工程为例,论述了基坑信息化施工中的工程监测技术,并简引实例。