Cost Management Strategy of Highway Engineering Construction Stage Using the List Pricing Model

Highway engineering requires higher investment and requires a long time of management compared to other construction projects.There are many factors that affect the project cost during the engineering construction stage of a highway.The effective development of cost management in the construction phase of highway engineering under the list pricing model can avoid unnecessary waste and help control the cost of highway engineering.However,there are still some problems in the development of cost management in the construction phase of highway engineering,which will affect the role of the list-based pricing mode in cost management.This paper explores and analyzes the advantages of the list pricing model and the problems existing in the cost management of the highway engineering construction stage under the list pricing model,and proposes effective management strategies to improve cost management of the highway engineering construction stage.

Views on Differential Management in Safety Supervision of Construction Engineering

Given the advances in science and technology,rapid development of socialist market economy and continuous advance of urbanization,it is necessary to enlarge the scale of engineering construction.As the form of engineering structure becomes more complex,large-scale and high-level projects with deep foundation have appeared in engineering construction.For construction engineering,one of its technologies includes solving the difficulties in construction.It is required to deal with the safety risk of construction in time to guarantee safety construction,timely solve the management difficulties and contradictory problems of the project and ensure both the safety of engineering construction and the rationalization of the institution setting of the safety supervision on the project.

Review of Power Supply and Distribution Construction Technology for Highway Electromechanical Engineering

In recent years,China has made significant progress in the construction of highways,resulting in an improved highway network that has provided robust support for economic and social development.However,the rapid expansion of highway construction,power supply,and distribution has led to several challenges in mechanical and electrical engineering technology.Ensuring the safe,stable,and cost-effective operation of the power supply and distribution system to meet the diverse requirements of highway operations has become a pressing issue.This article takes an example of a highway electromechanical engineering power supply and distribution construction project to provide insight into the construction process of highway electromechanical engineering power supply and distribution technology.

Safety Risks and Preventive Measures for Construction Supervision of Construction Projects

Based on the analysis of construction project safety risk and its preventive measures, it is first necessary to clarify the safety risks and existing problems of construction project supervision and to formulate effective construction procedures. It is necessary to check the production safety of the construction unit, strengthen the company's own safety production management, and reasonably control the risk to familiarize with the construction drawings, and make a special construction plan for the work of the bottom line. Finally, an elective solution is drawn to comprehensively expound the importance of construction project construction safety risk and its preventive measures.

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 On-Site Asphalt Pavement Quality Inspection Technology in Highway Engineering

The acceleration of urbanization has promoted the increase in the number of urban highway projects,resulting in an increase of emphasis on the quality of urban highway projects.The quality and safety of highway construction directly affects the driving comfort,safety,and service life after it is put into operation.Among them,asphalt pavement is an important structure in highway construction,and it is also a key link that directly affects the construction quality.In order to ensure the quality of construction,it is necessary to strengthen on-site testing during the construction process to discover problems in time,and to ensure that the construction is up to standard.This paper mainly presents an analysis on the necessity and application of on-site quality inspection technology for asphalt pavement construction of highway engineering,and outlines measures to improve highway engineering construction testing technology.

Application Strategies of Shotcrete Anchor Support Technology in Highway Bridge and Tunnel Engineering

This article analyzes the application strategies of shotcrete anchor support technology using a highway bridge-tunnel construction project as an example.The article covers various strategies,including support plan formulation,mortar shotcrete anchor construction,grid steel frame construction,steel mesh construction,and concrete support construction.This analysis aims to provide a guideline for those interested in applying this technology and improving the quality and safety of highway bridges and tunnels construction.

Construction Technology and Quality Control of Double Layer Continuous Paving of Cement Stabilized Macadam Base

The construction method of continuous paving of the upper and lower base of the water stable macadam base can improve the construction efficiency,overcome the quality problems of the traditional layered paving of the upper and lower base,such as untimely curing,slow construction,poor interlayer bonding,contraction joint and interlayer,so as to ensure the construction quality of the water stable macadam.It is also the promotion and application of new technology.

基于深圳模式下对建筑工程质量监管模式的反思

以深圳为例,对建筑工程质量监管模式的演变发展历程进行阐述,在此基础上对现阶段国内建筑工程质量监管模式进行反思,提出该监管模式下存在的共性问题,并提出相应对策,确保工程质量。

建筑工程监理体系信息化建设路径探究

本文旨在探究建筑工程监理体系信息化建设的路径,以提升监理工作效率和质量。首先,基于功能模块系统集成、监理数据统一规范和信息资源开放共享等现实基础,明确信息化建设的必要性。其次,通过监理需求分析与规划、功能模块选型与架构、监理数据采集与整合、功能模块集成与测试、监理体系运维与更新等实践路径,系统论述了信息化建设的实践过程。最后,展望了建筑工程监理体系信息化建设的演进趋势,包括智能化与自动化、移动化与一体化、数据化与智能决策综合化等方面,为未来建筑工程监理的发展提供了有益参考。

建筑工程施工过程监督管理的控制探析

建筑工程作为现代城市化发展的重要工程手段,能够为现代城市化进程提供有力支撑。然而在建筑工程的施工过程中存在很多问题,影响建筑工程的施工进展。建筑工程施工过程监督管理工作是在施工的总进程中开展,对施工进行全方位的监督管理工作。为此,本文先分析了监督人员的工作职责,并从施工质量、施工进度推进、施工安全性以及施工成本控制等多方面入手,提出相应的解决策略,从而推进建筑工程施工过程监督管理工作。

崇明公共码头LNG加注站施工安全及质量的监管

上海崇明岛公共码头位于长江口崇明岛南岸,布置了8个2 000吨级泊位的综合码头,码头岸线长度为600 m,各项配套设施一并施工。作为交通部2021年健全长江经济带船舶和港口污染防治长效机制的重点督察项目,其中LNG加注泊位2个,主体施工仅70天。由于工期短,项目紧邻入海口,受潮水影响巨大,因此施工安全及质量把控尤为关键。从安全角度出发探讨码头建设的安全管理和质量控制,以期对类似工程监管起到借鉴作用。

危大工程施工现场安全管理问题及其优化对策研究

近年来,随着基建工程的不断发展,许多危大工程得以建设。但危大工程在施工过程中屡屡发生较大事故,给相关单位和人员带来巨大的经济损失和法律层面的压力。因此,对危大工程施工现场安全管理问题展开研究并提出针对性的优化策略,切实维护人们的生命财产安全,显得尤为迫切和必要。文章分析了中华人民共和国住房和城乡建设部公布的生产安全事故数据,从施工单位、监理单位、专家论证三个方面提出了危大工程施工现场安全管理存在的问题,并根据存在的问题提出了相对应的优化对策。

房屋建筑中深基坑工程质量监督管理分析

随着我国经济水平的不断提高,人们对于房屋建设的质量要求也在不断提升,但目前我国土地资源日益紧张,楼层越建越高,相应的地基越来越深,而在进行房屋建设的过程中,深基坑开挖存在着一定的风险,只有做好相应的质量监督管理,才能保障深基坑开挖工程的质量。本文通过阐述房屋建筑中深基坑开挖工程质量管理的重要性,对基坑开挖面临的环境问题进行分析,最终提出相应加强深基坑开挖工程质量监督管理的措施。

建筑工程质量管理标准化影响因素分析

经济全球化推动了建筑市场的持续发展,我国建筑业总量及生产总量逐年增长,但存在生产效率低的问题,这可能影响建筑工程的安全、质量和成本,因此对建筑工程质量进行标准化管理很有必要。梳理了影响建筑工程质量管理标准化的9个因素,以此为基础设计问卷,利用因子分析法对影响建筑工程质量标准化的因素重要性进行排序。结果显示,施工技术、建筑材料、法规监管是对建筑工程质量管理标准化影响最明显的3个因素。由此提出注重研发、创新,提升技术水平,严格把控建筑材料质量,确保材料符合标准和设计要求,完善法规监管体系,确保工程质量安全,以加强建筑工程质量管理。

信息化背景下高速公路机电工程施工监理方法

指出了高速公路机电工程施工监理的重点与难点,剖析了施工监理工作中存在的管理模式、计量支付、资料管理、信息交互等问题,并提出引入互联网、物联网、大数据等技术构建监理数据库,搭建机电工程施工监理工作信息平台,提高机电工程施工监理的效率与质量,以更优的资源配置推动机电工程施工质量、进度、造价、安全、资料等管理有序规范。

建筑工程监管重要环节及关键检测技术

工程质量是建筑行业监管的核心,基于目前建筑工程存在的问题及人民群众的关注焦点,论文阐述了建筑工程监管过程中的重点环节及关键检测技术,并给出了解决对策,旨在为工程监管部门及监督人员提供参考,以提高建筑工程质量,确保公共安全。

建筑工程监理的现场管理及质量控制探讨

为进一步发挥工程监理作用,提高建筑工程现场管理水平,保证建筑工程质量和施工安全。以建筑工程监理作用为切入点,分析了监理现场管理及质量控制存在的问题,并就如何提升建筑工程现场管理及质量控制路径进行了探究,保证工程投资效益最大化。在工程项目监理过程中,监理单位要加强内部精细化管理,提高监理人员素质,结合工程实际,做好关键部位的质量控制,促进建筑工程行业的可持续发展。

现代化技术在建筑消防监督管理中的应用

阐述建筑消防监督管理的重要性,分析现代化技术在建筑消防监督管理中的应用价值,提出现代化技术在建筑消防监督管理中的应用策略,如技术推广与培训、合理投资与规划、标准规范制定与推行、数据共享与合作、持续创新与研发等。

工程监理信息化管理系统的设计与应用

针对于铁路建设过程中出现监理工作标准化管理不到位、参建人员素质参差不齐、管理人员质量与安全意识淡薄、问题整改重视程度不足等问题,研发了一种基于问题导向的工程监理信息化管理系统,通过系统对于监理单位督促履职、对标检查、强化闭合、考试练习、辅助监理等功能提高了监理单位的管理水平与专业技能,从而为铁路工程建设的质量与安全提供有力的保障,并通过在莱荣、潍烟两个高铁项目建设上的实际应用验证其效果。