Application Analysis of BIM Technology in Construction Engineering Cost Management

With the rapid development of information technology,Building Information Modeling(BIM)technology has gradually occupied an important position in the construction industry.With the introduction of BIM technology,the cost control of construction projects can be greatly improved[1].The use of this technology can not only reduce the project approval time but also improve the quality of the project.In addition,it can also help the construction personnel to solve the project changes,maintenance costs,insurance rates,and other related issues,so that the operation of the project is more efficient and economical.This paper will discuss the role of BIM technology in depth,and explore the advantages and disadvantages of each link through the research of the project,to provide a reference for the promotion of this new project.By constantly adjusting the application strategy,the goal is to meet the current market demand.

Application of BIM + Virtual Simulation Technology in Road Engineering Construction Technology and Organization Course

We focus on the goal of undergraduate talent training,consider the course features of Road Engineering Construction Technology and Organization,analyze the problems existing in the practical teaching of the course,use the advantages of BIM+virtual simulation technology,design a scientific and reasonable practical teaching content of Road Engineering Construction Technology and Organization,and address the contrast between the strong practical aspect of the traditional Road Engineering Construction Technology and Organization course and the lack of practical instruments in hope to improve students’learning autonomy,enhance the quality of practical teaching,achieve the training objectives of the course,and nurture applied technical talents.

Construction Technology of Deep Foundation Pit Support in Municipal Civil Engineering Foundation Construction

Municipal civil engineering is the key content of municipal construction,and the construction scale is usually large.The quality of the project plays an important role in the development of urban economy.Due to the rapid increase of high-rise buildings,skyscrapers and underground buildings,the construction technology of deep foundation pit support has gradually become an indispensable construction technology.Therefore,the selection of foundation pit support construction technology is crucial in ensuring that whether the foundation is firm and stable,and whether the subsequent construction activities can be carried out smoothly.In view of this,the article discusses the application of deep foundation pit support construction technology in municipal civil engineering,aiming to provide reference for subsequent projects.

The Innovation and Practice in Jakarta-Bandung High Speed Railway Construction

As a flagship project of Sino-Indonesia cooperation within the framework of“the Belt and Road”Initiative(BRI),Jakarta-Bandung High Speed Railway(Jakarta-Bandung HSR)is the first overseas high speed railway entirely implementing China's high speed railway technology with all systems,elements and industrial chain.It marks the success of extensive consultation,joint contribution and shared benefits between China and region states to achieve modernization.By studying the Jakarta-Bandung HSR project,this paper concludes the innovations and successful practices in“going global”of China's railway industry in terms of project organization,engineering construction,railway equipment,operation management,risk prevention and control,etc.Meanwhile,focusing on one of the eight major steps to support high-quality Belt and Road cooperation proposed by President Xi Jinping—building a multidimensional“the Belt and Road”connectivity network,this paper puts forward the specific outlook for China's high speed railway to“go global”and jointly build“the Belt and Road”Initiative from two perspectives of international railway engineering and international scientific and technological cooperation.

Analysis of Highway Project Construction Technology Management

Highway engineering construction plays a pivotal role in driving urban economic development,in the face of modern urban transportation high-quality development.To achieve high-quality development in modern urban transportation,it is imperative to engage in effective management practices.This article analyzes the technology involved in highway engineering construction,delving into key aspects of highway construction technology,and examining measures for managing and controlling highway engineering construction technology effectively.

Analysis on Construction Technology of Concrete Structure in Civil Engineering

The rapid development of science and technology puts forward higher requirements for new building construction,especially in civil engineering construction.The construction quality of construction engineering is the core management and the testing link.The Concrete structure is an important safety and quality guarantee in the project and is the top priority in the civil engineering.In civil engineering,the concrete structure has an important social impact on the continuous research and development,and application of construction technology.This paper,discuss the advantage and disadvantage of using concrete in building construction.

Management Method and Intelligent Technology Analysis of Construction Management

The construction industry is a critical lifeline for China’s national economy’s development.The growth of the building business has piqued the interest of a variety of industries.To ensure the quality of construction engineering,it is necessary to improve the technical level of construction engineering management by strengthening construction engineering management through various effective methods,following the development of The Times,and strengthening the introduction of intelligent technology.The author investigates and analyses the importance of incorporating intelligent technology into construction project management,and proposes effective strategies for incorporating intelligent technology into construction project management in the hopes of improving the quality of construction project management.

Analysis of Effective Optimization Methods for Building Construction Technology Management

During the construction process of the construction project,the construction technology management work can improve the overall quality of the project construction.In the context of increasingly fierce competition in the construction market,construction enterprises should strengthen the management of construction technology,enhance their technical level and market competitiveness,and promote the development of the construction market[1].The paper mainly analyzes the optimization methods of build-Keywords:ing construction technology management.

Analysis on Technological Innovation of Civil Engineering Construction

As an important means of human to change their living environment, building creates important wellbeing for people’s production and life, while as an important means of building construction, civil engineering plays an absolutely important role in the architectural construction. The fruitful innovation in the construction of civil engineering undoubtedly has a very important meaning and value for the development of civil engineering discipline and for the realization of human wellbeing. This paper makes analysis on several means of technological innovation of civil engineering construction, purposed to promote the practical development of civil engineering through helpful discussion and exploration.

Comparative Study of Information Technology Use by Architects, Engineers and Contractors

The use of information technology （IT） in construction is expanding rapidly. More and more architecture, engineering, and construction companies are adopting new technologies in software design to help accelerate and accurately carry out their functions. Based on a research study carried out in Southern Nevada with a questionnaire survey of 54 construction-related firms, this study aims to compare the types and extent of IT use by architects, engineers, and contractors. It also explores the level of IT skills possessed by professionals working in the industry. The study found that architects mostly used design software whereas engineers and contractors used scheduling and estimating software. All of the respondents believed that IT helped to improve their work productivity. The majority of the respondents thought that IT is useful for Construction Management （CM） students： engineers and architects thought that CM students should take more scheduling and estimating software courses and contractors thought that they should take more scheduling and quantity take-off software courses.

Thinking substation construction project management methods

One of the most important tasks of security is the quality of the project substation substation construction project management, construction project management, including project bidding and engineering, electrical engineering and civil construction, engineering, quality control, safety management and supervision costs control, on-site supervision over the links, these links chain, indivisible, so long as a part of the management problems, will lead the entire construction project management effectiveness be affected, so it must be every link control and management work done, in order to guarantee the quality of the entire substation, in order to make security of supply substations, electrical safety and vital interests of users are protected. In this paper, the author details the three aspects substation construction management of the project, namely the concept of substation engineering, project management and construction safety, through these three aspects, the author analyzes the construction project management substation existing problems, To solve these problems and issues proposed some measures and construction process that need attention. It launched separately from the design, schedule, quality and other aspects of security and research, and in the course of the study stressed the importance of coordination between elements of construction and construction sectors as well as cooperation between the construction, explains the importance of the project cost control.

论集体公益性建设用地使用权的法律构造

集体公益性建设用地使用权的法律供给严重不足,学者观点又存在较大分歧。在“房地一体”登记下,集体土地所有权的代表行使主体享有独立的集体公益性建设用地使用权,并应平等、补充适用《土地管理法》与《民法典》。界分村级组织集体公益性建设用地使用权的登记主体是村民委员会还是农村集体经济组织,应尽量登记给村民委员会。集体公益性建设用地使用权的设立宜采取拨用而非划拨的方式,并经登记生效;其不能抵押,但可以在不降低公益效用的前提下,经政府机关批准和集体成员民主议定,采取转让、互换等方式处分。集体公益性建设用地使用权因集体公益收回应当符合比例原则,因经营性转化应当明确转化的条件、程序、方式和收益分配。

数智技术时代的中国档案学学科发展

数智技术,直接导致我国千行百业的原始数据形成,其管理正发生前所未有的变化。为适应从人人相连走向万物智联的大数据安全管理,需要对我国高等教育相关学科专业进行系统研究。梳理数字技术对我国组织的业务活动及其原始记录形成和管理的作用影响之后,提出传统的“中国档案学”学科将演进为“档案大数据工程”学科。并且指出,档案大数据工程学科高等教育包括“管理文秘”“数据资源管理”“大数据技术”等专业,尝试提出以上几个专业建设的发展方向。

大型压缩空气储能系统的土木工程建筑结构设计优化

大型压缩空气储能系统的土木工程建筑结构设计优化是确保系统安全、稳定、高效运行的关键环节。本文围绕该主题,从热力学储能作用分析、设计目标、子系统设备选型三方面着手,对大型压缩空气储能系统进行建模。通过对设计方法的梳理与分析,指出了其中存在的不足之处,如建筑结构储气量较少、储能量不达标、选址不够灵活。针对这些问题,提出了一系列优化设计措施,包括结构设计、材料选择、施工技术和环境适应性等。

虚拟仿真技术在土木工程中的应用

土木工程中使用虚拟现实仿真技术可以对建筑的施工展开仿真测试,及时发现施工过程中没有发生或存在的问题。将虚拟计算机仿真技术运用到施工中,计算机生成的施工环境是虚拟的,人们对施工环境、施工流程等的感知都是现实的,施工人员就能够利用各种技术进行人与虚拟环境之间的互动,对虚拟环境实时应答。因此,根据虚拟仿真技术在土木工程中的应用予以分析。

基于区块链的建筑工程项目供应链管理优化研究

针对建筑工程项目供应链管理中存在的物流问题,如信息不对称、协同不足及物资品质控制困难等,提出了一种基于区块链技术的管理优化平台。通过利用区块链的去中心化、不可篡改和高度透明特性,构建了一个信息共享与智能合约自动执行的供应链管理模型。该模型能够有效提升供应链各参与方之间的信息共享效率,优化物流调度及物资管理流程,从而改善资料传递和库存控制的及时性。结果表明,该区块链平台在促进建筑工程项目供应链的高效运作、增强透明度和确保物资品质方面具有明显的优势,为改善我国建筑行业的供应链管理提供了理论和实践参考。

基于BIM技术的电力工程施工管理系统的应用及实践

为了提高电力工程项目的施工质量和施工效率,控制施工成本,提出一种基于BIM技术的电力工程施工管理系统。该系统主要由数据层、服务层、应用层构成。数据层以BIM中央数据库作为数据处理单元,存储施工资料、整个数据;服务层通过数据预处理、点云计算、点云配准、点云融合实现BIM模型的构建;应用层通过BIM模型与施工各环节建立联系,实现电力工程施工的全程管理。系统应用结果表明,经过该系统调配后,施工工作面合理、有序,可优化施工人数、提升施工质量、缩短施工周期、降低施工成本。

BIM轻量化技术在水利工程中的应用

为提高BIM轻量化技术在水利工程中应用的可行性和全面性,分析总结当下主流的BIM轻量化技术,以密云水库改造消隐工程为例,提出水利工程BIM轻量化技术应用路线,改善不同建设阶段BIM轻量化技术的应用效果。在设计阶段综合运用模型减面优化法、渲染优化法以及BIM轻量化协同设计平台,能大幅度提高三维模型设计效率;采用BIM轻量化引擎将BIM设计模型传递至施工阶段,建立BIM轻量化施工管理平台,能有效提高施工管理质量,保障工程按时按质完成。针对当下BIM轻量化技术现状,提出未来发展的建议:BIM轻量化技术应集成多种水利工程行业特色数据,完善BIM规范及标准,使BIM轻量化应用体系更加规范化、科学化。

精益建造在桥梁工程中的应用研究

在供给侧结构性改革的大背景下,桥梁工程建设的“工业化、标准化、智能化”已是大势所趋。在现有的工程建设体制下,设计与施工仍处于粗放型管理阶段,信息割裂、数字化程度低、建设过程中信息丢失严重,项目全寿命周期管理推进缓慢,精益建造理念未得到深入应用。目前,BIM技术已成为项目数字化建造的重要手段。本文提出了将精益建造与BIM理念融合的技术路线,通过合理规划BIM技术的应用,使工程建设方案更加优化,管理更加有序,数据更为准确可靠,资源共享顺畅,决策更加及时有效,最终实现提质、增效、降本的目标,探索精益建造在桥梁工程中的应用。

高校建筑工程施工技术及现场施工精细化管理

为解决高校建筑工程施工中可能出现的混乱问题以及施工病害,确保施工项目得以规范有序落实,本文以武汉纺织大学产业孵化大楼建设项目为例,阐释了项目建设中比较关键的施工技术要点,对施工技术以及现场施工管理进行研究分析,以期为高校建筑工程管理提供一定的参考。