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.

Analysis of Building Construction Quality Control and Safety Management

Quality control and safety management are two very important contents in building construction project management.Once the construction quality is not up to standard or a safety accident occurs,the economic benefits of the project will be severely impacted.However,there are still some problems in the quality and safety management of the project.In this paper the problems in construction quality control and safety management are analyzed,and effective countermeasures are put forward,in hopes to help improve construction quality and safety.

Analysis on Construction Quality Control Technology of Reinforced Concrete Shear Wall Structure

In the process of continuous development of construction enterprises, new requirements have been put forward for construction projects. By strengthening the construction quality control of reinforced concrete shear wall structure, the construction level of reinforced concrete can be continuously improved, the construction quality can be guaranteed, and the construction project can be successfully completed, which is worthy of extensive application and promotion in construction enterprises, thus providing a broader development space for construction enterprises.

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.

BIM-Based Strategies for Construction Quality Control in Building Engineering

In order to improve the construction quality and steadily promote the improvement in the level of the construction industry,this paper expounds BIM-based strategies for construction quality control.This paper first identifies the factors affecting the construction quality,analyzes the advantages and value of the application of BIM in construction,and finally analyzes the scenario of applying BIM for future references.

TECHNIQUES ABOUT DIRECT OPTIMIZING CONTROL OF GREEN SAND QUALITY

Green sand casting is still a main method in the world at present and it isvery significant to develop the technology of controlling green sand quality. A new concept, fromcontents test to contents control, is advanced. In order to realize the new idea, a new method toon-line test active clay and moisture of green sand - double powers energizing alternately (DPEA)method is put forwards. The principle of the new method is to energize standard sand sample with ACand DC powers and to test the electric parameters, and then, to calculate active clay and moistureof green sand by using artificial neural network (ANN). Based on this new method, a directoptimizing system for controlling green sand quality is developed. Techniques about testing andcontrolling methods, hardware and software are discussed.

Discussion on the Construction of Anti-smoke Construction Technology in Super High-rise Buildings

In recent years with the increasing number of super high-rise buildings and the ever-expanding scale the anti-smoke construction technology has attracted more and more attention.Based on this situation,this paper analyzes the smoke control technology of super high-rise buildings.The paper analyzes the importance of the application of anti-smoke construction technology in super high-rise buildings,analyzes the problems in the construction of smoke control and super high-rise buildings.The anti-smoke construction technology was studied and I hope that it can benefit the application of anti-smoke construction technology in high-rise buildings.

Application of CFG Pile Construction Technology for Soft Foundation Treatment

CFG pile has been widely applied as one of the common ground treatment techniques. As a concealed work, the construction quality of pile foundation not only relates to the success of the project, but also concerns the benefits of thousands of hot, seholds. Only strengthening the supervision and management during the construction and strictly designing and specifying CFG pile can ensure the construction quality of CFG pile. But most researches focus on operating mechanism and theoretical analysis, and there are fewer researches about the construction of CFG pile. The real construction of CFG pile has no specified operation and lacks of the construction guidance, which not only causes great problems and has great influence on the intensity of CFG pile, but also makes the real pile body have great difference from the design requirements. Therefore, the study on construction of CFG pile in the paper has great significance.

科技创新推动茶叶质量安全全程管控能力提升

现阶段我国茶叶质量安全水平高,饮茶安全有保障。茶叶饮用安全得益于茶叶科技创新日益发展,茶园绿色防控技术、清洁化茶叶加工技术、茶叶质量安全精准检测技术与风险评估理论创新,将茶叶质量安全从末端监管调整到从茶园到茶杯的全过程,为茶叶质量安全风险监测、风险控制与风险管理提供强有力的科学支撑。性诱剂化学生态防控技术、杀虫灯与诱虫色板物理诱杀技术、茶尺蠖与茶毛虫病毒生物防治技术、以草抑草绿色除草技术等茶园绿色防控技术从源头提升了茶叶农药残留控制水平;清洁化能源加热替代传统的燃煤燃材加热方式,显著降低了茶叶加工中环境污染物和重金属等有害物质的污染;质谱创新技术将茶叶质量安全检测提升到高通量精准检测与非靶向筛查水平,速测创新技术前移了茶叶农药残留的监测环节。文章介绍了近年来我国茶叶质量安全水平,分析了科技创新对茶叶质量安全全程管控能力提升的推动作用。

颠覆性能源技术赋能新质生产力的逻辑机理与作用路径

面向新一轮科技革命和产业革命,颠覆性能源技术在新质生产力的培育形成和现代产业体系的构建过程中发挥着核心动力作用。同时,面向碳达峰碳中和的国际环境和日益激烈的国际竞争,我国要实现从能源大国到能源强国的转变,以及新旧能源的有序衔接,关键在于颠覆性能源技术的培育、形成和效用发挥,但如何科学地认知颠覆性能源技术,其赋能新质生产力的逻辑机理和作用路径有待进一步探究。因此,本文从颠覆性能源技术的内涵、外延出发,梳理了颠覆性能源技术与新质生产力的相关文献,提炼了颠覆性能源技术的特性与模式,进一步结合新质生产力的培育形成过程,从颠覆性能源技术推动能源结构优化、产业结构深度转型升级、生产要素优化组合三方面赋能新质生产力的全过程厘清了颠覆性能源技术赋能新质生产力的逻辑机理,提出了颠覆性能源技术与新质生产力之间的赋能闭环。在此基础上,结合能源行业发展现状与未来趋势,进一步选取大规模绿电绿氢、CCUS、可控核聚变三类颠覆性能源技术探讨了其赋能新质生产力的作用路径,验证了二者赋能的逻辑机理。通过颠覆性能源技术赋能新质生产力的机制研究和实例验证探讨了二者赋能的逻辑机理与作用路径,可为颠覆性能源技术的产出和新质生产力的培育形成提供参考借鉴。

基于BIM技术的全过程绿色建筑设计应用研究

旨在探索建筑信息模型技术在绿色建筑设计中的应用,推进建设绿色施工。通过对BIM在整个流程中的运用进行了剖析,并对其在各个阶段的实施进行了探讨。在建筑设计中,引入BIM可以提高设计效率,优化施工方案,实现设计全过程的集成,是实现建筑设计的重要手段。研究表明:BIM在全程绿色施工设计中的应用,对工程项目的整体品质有明显的提升。在此基础上,实现团队协作与信息共享,对能耗、物料选择及系统效能进行仿真优化,以达到更高的节能与环境保护目标。

社会责任履行对企业绿色技术创新的影响研究——基于A股上市公司经验证据

基于中国2010-2020年沪深A股上市公司的面板数据进行了分析。研究结果表明,企业履行社会责任能显著促进其进行绿色技术创新活动。同时,内部控制质量在其中起到了中介作用,这种促进作用在不同所有制和不同行业背景下效力不同。

面向持续化精益的建筑施工技术管理研究

针对当前装配式建筑存在的问题和技术难点,提出了一种面向持续化精益的建筑施工质量控制体系,在施工过程中优化安装方法,规范施工操作,并通过三维激光扫描、内窥镜检测、智能冲击回波检测等先进技术对建筑质量进行检测。同时增加灌浆套筒试验、氯离子含量检测和PKPM-PC+SATWE软件跟踪检算等过程,为项目现场施工提供理论支撑。最后结合层次分析法和模糊评价法对某装配式住宅楼工程项目的施工质量管理体系进行综合评价分析。结果显示,该项目的一致性检验指标CR<0.1,质量管理体系的综合评分为9.0245,精益建造能力方面较传统管理手段的成本降低7.5%,说明该体系有效且在装配式住宅楼工程项目中效果良好。

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。

BIM技术在建筑工程施工质量管理模式中的应用

随着建筑行业的不断发展,信息技术在建筑工程中的应用越来越重要。建筑信息模型(BIM)技术作为一种新兴的数字化工具,正逐渐改变传统的施工方法和质量管理模式。文章旨在分析BIM技术在建筑工程施工质量管理中的应用,为建筑行业提供新的思路和方法,提高施工质量管理的精确性和效率,以及提升整体施工质量的管理水平。

装配式混凝土建筑施工技术及质量控制分析研究

随着装配式建筑施工技术的不断发展,装配式混凝土建筑施工技术受到整个建筑行业的推崇。装配式混凝土建筑施工技术不仅能缩短工期,也符合国家发展绿色环保的理念。所以在施工过程中,不仅要考虑如何避免资源浪费也要保证施工的安全性,以及建筑的施工质量。基于此,本研究对装配式混凝土建筑施工技术的优缺点及施工质量如何控制进行阐述。

基于绿色建筑理念的建筑幕墙数字化建造技术

结合上海某办公大楼项目,对不同的幕墙施工方案进行了全面对比,以确定绿色化办公大楼的最终幕墙形态。通过应用建筑信息模型,对大楼幕墙的热工性能进行了模拟分析,并进行了深化设计。在施工阶段应用建筑信息模型管理平台,对幕墙构件建立数字化信息模型,辅助后续幕墙数字化施工。结合项目施工经验,总结了幕墙系统的施工工艺流程以及质量控制要点,以期为今后幕墙数字化建设工程提供借鉴。

我国绿色建筑的发展成果及环境效益

我国绿色建筑是在倡导可持续发展、低碳环保、循环经济的大背景下提出的科技环保营造概念。发展绿色建筑产业将为城乡建设及科技建筑产业的智能化发展基础。本文总结现阶段绿色建筑发展成果,明确发展方向,解读绿色建筑相关法规政策及内涵,阐述我国大力发展绿色建筑的意义,面对的挑战,现阶段产生的环境效益并提出政策建议。

装配式建筑剪力墙施工关键技术研究

近年来,随着社会发展速度的加快,人们生活质量有很大改善,环保意识也在逐年增强,绿色建筑开始出现在人们的视野当中。其中,作为绿色建筑的一部分,装配式建筑在进行施工前,需要施工单位事先准备好预制构件,并将准备好的构件运送至指定地点,在施工现场进行装配,不仅能够降低成本,还可以控制施工材料的损耗量,从而提高工程施工效率与质量。基于此,该文主要探索装配式建筑剪力墙施工关键技术,以供参考。

基于BIM技术的绿色建筑工程施工优化与效率提升研究

文章研究了基于BIM技术的绿色建筑工程施工优化与效率提升,从土方工程、主体工程、机电工程等方面出发,分析了BIM技术在一般绿色建筑施工中的应用要点,同时着重强调了装配式建筑的绿色环保性能,针对预制构件生产、预制构件运输、现场吊装施工等环节进行优化,为不同类型绿色建筑施工探索合适的BIM技术应用方法。