Construction Project Management and Construction Quality Control Strategy

With the gradual acceleration of the urbanization process,the construction industry has been developing rapidly.As the key link to ensure the quality and safety of the project,construction management and construction quality control are of great significance to enhance the competitiveness of construction enterprises and realize sustainable development.In this paper,the effective strategy of construction management and the effective strategy of construction quality control will be discussed in depth,aiming at providing useful management and quality control strategies for construction enterprises.

The Application of Principle of Automatic Control in the site Management of Electric Power Construction Enterprise

It is need to establish site project department during the construction of electric power project.The head office should design and build the main structure,continually improve structure of project department,meantime,positively apply principle of automatic control to improve the site management of electric power construction.In this article,the application strategy of principle of automatic control is analyzed focusing on the site work of electric power construction.

Research on Quality Management Measures of Green Building Construction

Urbanization has led to the rapid development of the construction industry.However,this has also led to higher requirements for the construction engineering management.Other than the quality monitoring of engineering construction,the energy-saving properties of the building should also be considered.Therefore,a scientific management approach should be adopted to improve green building management.This paper primarily examines the importance of quality management in green building construction,along with the factors influencing it.It also identifies the quality issues present in current green building construction.Finally,it proposes measures for quality management in the green building construction process to facilitate the industry’s healthy development.

Construction Management and Installation Quality Control Strategy of Steel Bridges

At present,China’s bridges are mostly made of concrete,which contain a large amount of cement,sand and gravel and other materials,which can easily cause environmental pollution.At the same time,China’s total steel production continues to rank first in the world.The construction and development of steel bridges have sufficient basic support.At the same time,steel is more environmental-friendly than concrete,with higher strength,lower weight,and can reduce construction waste significantly,so the development of steel bridges has been on the rise.To optimize the application effect of steel structure bridges,it is necessary to analyze the construction management and installation quality control strategies of steel bridges for reference.

Development and Application of Quality Control System for Highway Subgrade Construction

The compaction quality of the subgrade is directly related to the service life of the road. Effective control of the subgrade construction process is the key to ensuring the compaction quality of the subgrade. Therefore, real-time, comprehensive, rapid and accurate prediction of construction compaction quality through informatization detection method is an important guarantee for speeding up construction progress and ensuring subgrade compaction quality. Based on the function of the system, this paper puts forward the principle of system development and the development mode used in system development, and displays the development system in real-time to achieve the whole process control of subgrade construction quality.

Research on Welding Quality Traceability Model of Offshore Platform Block Construction Process

Quality traceability plays an essential role in assembling and welding offshore platform blocks.The improvement of the welding quality traceability system is conducive to improving the durability of the offshore platform and the process level of the offshore industry.Currently,qualitymanagement remains in the era of primary information,and there is a lack of effective tracking and recording of welding quality data.When welding defects are encountered,it is difficult to rapidly and accurately determine the root cause of the problem from various complexities and scattered quality data.In this paper,a composite welding quality traceability model for offshore platform block construction process is proposed,it contains the quality early-warning method based on long short-term memory and quality data backtracking query optimization algorithm.By fulfilling the training of the early-warning model and the implementation of the query optimization algorithm,the quality traceability model has the ability to assist enterprises in realizing the rapid identification and positioning of quality problems.Furthermore,the model and the quality traceability algorithm are checked by cases in actual working conditions.Verification analyses suggest that the proposed early-warningmodel for welding quality and the algorithmfor optimizing backtracking requests are effective and can be applied to the actual construction process.

Cost Control research in Construction Project Management

Construction project management as an important branch of management science has its own characteristics; it was known as an important aspect of project management in the 21 st century. Construction companies now face a more complex competitive environment and more powerful competitors. In order to compete for the market and living space, Enterprises should be in a strategic height, cultivate long- term competitive advantage. Cost management is a new tool to enhance the competitiveness of enterprises, Popularization and application of Construction project management to the scientific development of the project management made the following three aspects urgent requirement. First. establish a scientific system for the construction project management. Construction Project Management knowledge system is the foundation and needs for Construction Project Management scientific and professional.

Seismic Vulnerability of Building Construction Site

Building construction site plays an important role in the economic aspect of a region. So any disruption due to hazard event like earthquake can cause several direct and indirect damages. Direct damages can lead to the loss of equipments and qualified persons. Indirect damages can lead to inflation and loss of purchasing power. To deal with that situation, parameters that govern the vulnerability of building construction site have been identified. Using a MCDM （multiple criteria decision making） method, the priority order of these parameters has been set. Then a PVI （partial vulnerability index） and a GVI （global vulnerability index） are proposed. These indexes allow the classification of building construction sites according to their intrinsic vulnerability and seismic vulnerability respectively that is through the use of a given classification. Several Algerian building construction sites belonging to different seismic zones were considered in order to show the applicability of the method.

浅谈Lean Construction在工程质量管理中应用

我国建设工程的质量问题诸多,仅仅依靠传统的质量管理方法,很难从根本上改善工程的质量。因此,从其它行业引进新的方法是解决问题的一个新的思路。文章对工程质量管理的现状和问题进行了分析。从精益建设(Lean Construction)的产生、原则、定义、理论体系的角度研究了这一新的管理理念,以及如何将精益建设的方法运用到工程质量的控制当中。

基于BIM 5D的项目安全与质量协同管理研究

为解决项目质量和安全管理无法直观表达、提前预防、及时整改等问题,本研究将BIM技术引入项目安全与质量管理工作中,验证了基于BIM 5D的工程安全与质量协同管理的可行性。通过研究得出:通过“事前预防”的BIM技术(建立Revit模型、深化设计、施工模拟、可视化技术交底),将项目质量和安全问题提前暴露,减少返工造成的不必要麻烦,保证物资的有序进场和合理堆放,为安全文明施工提供基础;通过“事中控制”的BIM 5D+智慧工地决策系统,将质量、安全问题进行归集、分析,将分析结果以图表呈现,对关键问题进行预警,及时发现问题并整改。上述方法保证了项目安全,提升了工程质量,为施工企业应用BIM 5D提供了参考。

研究型医院临床研究全流程质量控制的构建与运行

研究型医院开展的临床研究项目越来越多。通过对研究型医院开展的临床研究进行包括立项前、实施中、结题后等多角度、全流程的质量控制,可以及时识别临床研究中存在的风险或潜在风险因素,实时评估并解决质量问题,避免发生重大临床研究问题的可能性。研究型医院通过全流程质控过程中及时主动发现问题,确立协调机制、优化沟通流程,减少研究项目质量问题的发生,持续完善临床研究的质量管理体系,保证研究合规、数据完整准确,提升研究结论的可靠性。

以病案质控管理为目标的住院病历无纸化归档体系建设实践

目的:借助信息化手段提升病案质量和管理效率,实现住院病历归档的全生命周期智慧化管理。方法:以问题为导向,对某院病历归档管理流程进行深入调研与需求分析,通过建立无纸化归档闭环管理机制、文书完整性卡控机制、病案修改审核管理机制、可靠电子签名架构,构建以临床业务系统、归档系统、电子签名系统为一体的住院病历无纸化归档全流程闭环管理体系。结果:已实现24项医技报告、12种医护文书的无纸化归档,覆盖住院归档病历范围的90.00%以上,病历无纸化自动归档率96.13%,病历归档完整率达100.00%,杜绝了纸质病历缺张少页的安全隐患。结论:住院病历无纸化归档体系的建设,有效提升现代医院病案质控管理水平,进一步助力公立医院高质量发展。

船舶建造物料控制标准研究

船舶建造过程中涉及到的物料种类繁多,各具特色,它们各自在船舶建造中发挥着不可替代的作用。本文从船舶建造物料采购流程与策略、库存管理与优化、质量控制与检验等几方面研究船舶建造物料控制标准,以期能够合理地选用和管理这些物料,最终确保船舶建造的质量和效率。

山西农业大学综合教学楼工程全过程管理与质量控制探讨

工程项目管理和质量控制一直是建筑工程建设关注的核心。以山西农业大学综合教学楼为例,对建筑工程项目质量管理和质量控制体系,以及工程质量控制策略及实践进行探讨,以丰富建筑工程项目管理和质量控制的实践。

全程质量控制联合层级管理模式在消毒供应中心的应用效果

目的:分析全程质量控制联合层级管理模式在消毒供应中心中的应用效果。方法:泰安市妇幼保健院消毒供应中心2021年1月—2022年2月实施常规管理模式,2022年3月—2023年4月实施全程质量控制联合层级管理模式。对比实施前后的消毒供应中心工作人员考核成绩、工作质量评分,并统计不同阶段的医疗器械处理合格率、医院感染发生率。结果:全程质量控制联合层级管理模式实施后消毒供应中心工作人员的理论知识考核成绩、实践技能考核成绩均高于实施前(P<0.05);全程质量控制联合层级管理模式实施后消毒供应中心工作人员的各项工作质量评分高于实施前(P<0.05);全程质量控制联合层级管理模式实施后器械处理合格率高于实施前(P<0.05);全程质量控制联合层级管理模式实施后由医疗器械引发的医院感染发生率低于实施前(P<0.05)。结论:全程质量控制联合层级管理模式能够显著提升消毒供应中心的管理质量,提升工作人员的专业素质和工作质量,提高医疗器械处理合格率,减少医院感染,应用价值较高。

气象观测场在汽车试验场中的应用研究

汽车试验场作为汽车开展道路测试的重要场所,用于验证汽车产品的品质以及可靠性。除了场地道路外,气象条件作为汽车道路测试的重要一环,在《GB/T12534-1990汽车道路试验方法通则》中也有明确要求,如:试验时应是无雨无雾天气,相对湿度小于95%,气温0-40℃,风速不大于3m/s。同时气象条件也作为试验场道路管控的重要依据,实时风速、雨量、能见度等信息为场地管理者发布限速、限行、封场等通知提供必要参考依据,直接影响道路测试安全管控的及时性。因此,文章从气象观测场的建设、气象服务、异常天气道路管控等方面开展气象观测场在汽车试验场中的应用研究。

基于BIM技术的装配式建筑施工精细化管理研究

近年来,装配式建筑作为一种新型建筑方式受到了广泛关注。BIM技术是数字建筑设计和施工中的关键技术,而精细化管理是保证施工质量及施工安全、提高施工企业经济效益的重要手段之一。分析了基于BIM技术的装配式建筑施工精细化管理及其在成本管理、施工进度管理、质量管理中的具体应用。BIM技术实现了实体模型+进度+成本的集成,达到了优化周期、节约成本的目的,可提高装配式建筑设计效率及施工质量,有利于提高施工企业的经济效益。

测绘档案数字化质量管理体系研究

随着“十四五”期间我国档案信息化建设的不断推进,测绘行业的档案数字化成效显著。但是,由于起步晚、发展快,测绘档案数字化过程中的质量管理问题未得到应有的重视。本文以湖北省测绘成果档案馆为主要调查对象,以全国代表性测绘档案馆(室)为案例,通过网络调查、个人访谈等方法,分析了测绘档案数字化质量管理现状,提出了以“全面质量管理”为理论基础、以“PDCA循环”为框架的测绘档案数字化质量管理体系框架,以期提升测绘数字化质量并为其他行业提供参考。

建筑施工总承包项目中消防设施施工全过程管理

研究了建筑施工总承包项目中消防设施施工的全过程管理,探讨了设计阶段、施工准备阶段以及施工过程的质量管理策略,阐述了建筑施工总承包项目中,消防设施施工的文档与记录管理,以及风险管理的相关内容。

高质量发展背景下非学历教育质量保障体系建设研究

面对非学历教育高质量发展的转型提效要求,文章分析了非学历教育高质量发展的靶向目标,以非学历教育教学工作流程为主线,从明确公益性办学定位、完善管理架构和实施全过程质量管理体系建设三个方面提出非学历教育内部质量保障体系提升策略。提出了全过程质量管理体系的系统化建设路径,初步构建以制度系统、标准系统、过程管理系统和评价系统为子系统的质量管理体系,并根据各子系统的关键环节,突出全过程管理机制,提出子系统工作框架或核心目标,以期为建立完善的非学历教育教学内部质量保障体系提供新思路,为非学历教育高质量发展提供新动能。