Study of the Application of Expansive Cement in Building Construction

A China’s construction industry continues to develop,the amount of building construction has increased significantly,and construction technology has been continuously advancing.In particular,the application of expansive cement in building construction is becoming more popular.The correct use of construction technologies can not only speed up the progress of the construction project,but also reduce the project cost significantly.In this paper,the application of expansive cement building construction is discussed in detail,and the solutions of related problems are proposed.

Analysis on the Effective Application of VPN Technology in Hospital Information Construction

With the rapid development of economic construction, constant improvement of economic level of china, all walks of life have technologically conducted in-depth study on related knowledge applied in their own areas. Among them, the application of relative technology as well as relative requirements in medical industry is also constantly improving. The application of emerging technology not only plays a significant role in the modernization development of hospital, but also is greatly significant on the improvement of medical quality. Therefore the key point of hospital development is how to use network technique to ensure the rapid, stable and safe operation of hospital's daily work. Starting from the information construction of hospital, this paper has made a discussion on the concept and advantages of VPN technology, and an analysis on the specific application of VPN technology in hospital. According to the discourse of the paper, it's possible to provide valuable references and suggestions for the application of VPN technology on the information construction of hospitals.

Energy-saving Technology Application in Building Water Supply and Drainage Construction

Under the increasing demands as well as resource shortages in today’s society,energy-saving technologies in building water supply and drainage construction plays a vital role.Through the rational application of energy-saving technologies,energy consumption in water supply and drainage projects can be significantly minimized and wastage of water resources can be reduced.This will play a very promising role in promoting sustainable development of resources and environmental conservation in the modern era.This paper analyzes the application of energy-saving technology in building water supply and drainage construction,with an aspiration to make energy-saving technology more reasonable in today’s building water supply and drainage projects and to improve the quality of water supply and drainage construction projects,while achieving effective environmental protection.

Discussion on the Application of Post-pouring Belt Construction Technology in Building Construction Processes

In recent years,with the rapid development of modern social economy,the urbanization process has continued to grow,and with it,so as to the demand for housing construction in urban areas.From the development perspective of construction projects,the construction involved would not only has to have a strong structural quality,but attention is also needed in the overall quality of the building.In this,a reasonable introduction of post-pouring belt construction technology in the building construction process can effectively control cracks in concrete structures.This article takes the post-pouring belt construction technology as the main research object and focuses on its application in the housing construction process,which has shown to provide better assistance in aiding construction.

Application of Mobile Formwork Cast-In-Situ Beam Technology in Bridge Construction

The application of mobile formwork cast-in-situ beam technology is conducive to providing quality assurance for bridge constructions.At the same time,it can improve the overall mechanization level of the construction process and further accelerate the construction progress,so as to shorten the construction period and improve the economic benefits of enterprises.In fact,this construction method has been widely applied.In order to assure a positive outcome from the use of this technology,this paper analyzes the application of mobile formwork cast-in-situ beam technology in bridge construction to provide reference.

Investigation of the Severity of Modular Construction Adoption Barriers with Large-Scale Group Decision Making in an Organization from Internal and External Stakeholder Perspectives

Modular construction as an innovativemethod aids the construction industry in transforming to off-site construction production with high efficiency and environmental friendliness.Despite the obvious advantages,the uptake of modular construction is not booming as expected.However,previous studies have investigated and summarized the barriers to the adoption ofmodular construction.In this research,a Large-ScaleGroupDecisionMaking(LSGDM)-based analysis is first made of the severity of barriers to modular construction adoption from the perspective of construction stakeholders.In addition,the Technology-Organization-Environment(TOE)framework is utilized to identify the barriers based on three contexts(technology,organization,and environment).The Technique for Order Preference by Similarity to Ideal Solution(TOPSIS)and LSGDM models are both implemented for the first time to analyze the severity of the barriers to modular adoption based on questionnaire results from internal and external stakeholders in an organization.Finally,in this research,in-depth insights into the severity of barriers are gained,providing a reference for construction organizations to manage modular adoption.

Application of Anti-leakage Construction Technology in Housing Construction

With the continuous development and progress of the market economy,the number of building construction projects is increasing.In order to effectively improve the quality of housing construction projects,relevant departments must actively promote various quality supervision and management technologies in order to fundamentally improve the construction engineering technology.The monitoring effect to a certain extent achieves the sustainable development goals of the quality of construction projects.This paper combines the case to analyse the factors affecting the operation of anti-leakage construction technology in the construction project,and discusses the application path of technology in the construction of housing construction.

Application of the Computer Application Technology in the Enterprise Informatization

With the rapid development of our society and the economy,the competitions among enterprises are becoming fiercer and fiercer.In order to take the lead in the fiercely competitive market economy,enterprises must keep pace with the times and constantly introduce the advanced technologies to improve their core competitiveness.Through the enterprise informatization,enterprises have achieved the remarkable results in improving their working qualities,working efficiency and controlling cost expenditure.In this context,the application of the computer application technologies in the enterprise informatization is analyzed to a certain extent,in order to promote enterprises to strengthen the construction of informatization,and then better respond to the latest challenges faced by enterprises under the background of the rapid development of the modem economy.

元宇宙赋能智慧图书馆:内涵特征、应用场景与建设路径

元宇宙的出现给图书馆的智慧化发展带来了新的理念和技术支撑,必将重塑智慧图书馆的建设路径。图书馆应抓住机遇,紧跟元宇宙时代变革,加强智慧图书馆建设。文章从元宇宙和智慧图书馆的关系入手,探讨元宇宙赋能智慧图书馆的内涵特征,构建元宇宙技术下智慧图书馆的应用场景,在分析元宇宙视域下智慧图书馆建设存在问题的基础上,从设施、技术、资源、人才、监管等5个方面提出智慧图书馆的建设路径。

基础植物克隆技术与应用课程的教学设计

基础植物克隆技术与应用是浙江大学生命科学学院面向全校本科生开设的通识课程,课程涵盖培养基配制、无菌操作、愈伤组织和胚状体诱导、组培苗驯化等内容,体现了生物、林学和园艺等学科的交叉融合,从课程教学目标、课程体系建设和课程考核方式等方面探索该课程与其他专业领域的交叉融合知识点。结合问题导向式和线上线下相结合等教学方法,探索课程教学内容和教学方法在培养学科交叉学生方面的作用。三年的教学实践结果表明,学生学习成绩、科研实验兴趣及课程建设水平均有所提升,学科交叉的教学设计提升了学生跨学科知识的串联式认知,扩展了学生视野,为具有多学科背景的创新型人才的培养奠定了良好基础。

国家职业教育化妆品技术专业教学资源库建设与应用研究

探索与总结了国家职业教育化妆品技术专业教学资源库的建设与应用经验。结合化妆品行业发展需求,确定了化妆品技术专业教学资源库“懂配方、会设计、能生产”的目标定位,构建了特色鲜明的“一个平台,七大模块”资源体系,开发了基于四类典型用户的个性化使用方案,阐明了资源库应用推广的途径及效果,分析了资源库在建设应用中存在的问题,提出了资源库可持续发展的策略,为服务国家职业教育信息化战略布局提供了强有力的支撑。

智慧旅游技术应用专业人才供需分析与对策研究

在调研22所高职院校与63家用人单位的基础上,从行业需求与人才供给两方面分析智慧旅游技术应用专业的人才需求、能力结构与课程设置情况。研究发现:智慧旅游技术应用专业人才需求旺盛,供需匹配度较高,但不同企业的人才需求存在结构化差异;受访院校的人才培养面向与课程类型丰富,侧重于智慧旅游市场营销与旅游企业智慧化管理方向,尚未建立特色化的人才培养模式,面向高端产业与岗位的竞争力不足。优化复合型特色化人才培养定位、打造科技赋能型项目化课程、推进产业科技教学化改造与强化教师数字化培育,是智慧旅游技术应用专业走向成熟的有力支撑。

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。

研究生课程脉冲功率技术及应用的思政建设探索

《高等学校课程思政建设指导纲要》提出要在全国所有学科专业全面推进课程思政建设,这对原本相对比较薄弱的研究生课程思政建设提出挑战。为此,基于研究生课程脉冲功率技术及应用的特点,构建融合显性目标和隐性目标的思政建设整体框架,从家国情怀、创新精神、科研热情和辩证统一等角度深入挖掘和分析该课程的思政元素,并基于研究生课程教学、理工科课程教学的特点对该课程课堂教学的各环节进行改革与探索,基于三届研究生教学实践及教学效果反馈信息分析,对该课程的思政建设取得较好的效果,也为其他理工类研究生课程的思政建设提供参考。

“两纵一横”科技创新培养模式培育大学生核心素养的实践探索

通过创建“两纵一横”模式即以纵向科技项目立项和横向科技竞赛、大学生科技活动节和科技沙龙为激励,以双师双能型教师为保障,以双创能力为培养目标的新模式。提出构建“三个体系”和搭建“两个平台”模式,鼓励学生参与国家级和省市级别的纵向项目科技立项和开发与参加国家级、省市级横向科技竞赛相结合的方式,来实现大学生科技创新能力的提升和创新精神的培养。此外,通过建立“三库+三制度”保障体系,坚持以赛促学、以赛促教和以赛促改,实现赛教全方位融合,形成师生优势互补的新态势,培养一大批实践能力强、理论知识广的应用技能型工程师,最终实现应用型本科院校培养模式从“学历提升型人才”向“职业技能型工程师”的转变。该成果在校内和校外三年来的推广与应用证明“两纵一横”创新培养模式具有可操作性和可复制性,在应用型大学建设过程中取得显著效果,发挥引领示范作用。

仿写、建造、传统——从遗产价值的角度看大禹陵禹庙大殿钢筋混凝土仿木构建造的传承

重建于1933年的绍兴大禹陵禹庙大殿是一座完全采用钢筋混凝土材料写仿的“传统木构建筑”。它不仅在梁架系统上完美模拟了木构结构,还运用预制钢筋混凝土构件来制作斗栱、筒瓦屋面和脊饰,并由文人主导进行梁栿彩画的绘制。这种巧妙组合融合了传统建筑形式与新型钢筋混凝土建造技术,并通过乡土工匠对建造过程的参与延续了当地对大禹祭祀传统的承袭。从建造与遗产价值角度来看,固有形式与新材料之间的结合源于对当地历史与文脉的传承和追求。通过对该案例进行深入剖析,可以发掘传统地方建造系统所具有的巨大惯性和灵活兼容性。

建设工程管理中智能建造技术的创新应用

智能建造能够将现代信息技术与传统的施工工艺有机地融合在一起,利用数字化、自动化和智能化的方法,实现高效、高质、低耗和安全建造的目标。智能建造技术已经广泛应用于建筑管理行业,其主要利用智能化的分析与管理方法,全面提高项目建设的质量与效率,有效降低施工成本与施工能耗,为建筑业的高质量发展提供强有力的支撑。基于此,文章对智能建造技术在实际工程管理中的创新应用进行了分析,以供参考。

中国建筑业BIM技术推广政策与实际应用情况调查分析研究

在发展中国家处于高速城市化、工业化的背景下,BIM作为工程建设行业的革新技术,正被越来越多的国家所重视。为明晰目前BIM技术在中国建筑领域的应用情况并进一步对其推广,通过对政策标准、研究体系以及相关文献的梳理,发现BIM技术在项目管理方面优势显著,但面临着绩效管理混乱、横向协作被切割、纵向支持不足、垂向结合较差、培训力度不够等问题,如何更加高效地应用BIM技术并发挥其核心优势成为了亟需解决的现实问题。鉴于此,首先邀请建筑领域相关工作人员填写BIM技术应用现状方面的调查问卷,其次从调查结果中总结出当前国内BIM落地困境,最后从平台搭建、管理人员素养、政策及标准制定、协同发展等方面出发,为后续的推广应用及政府决策提供建议。

沥青道路施工技术在市政道路建设中的应用

沥青道路施工技术是市政道路建设的关键技术,对于提高道路质量、降低噪声、提高通行效率、减轻环境影响以及确保道路坚固性和平整度具有重要作用。在维也纳大道至新机场至卡特特项目中,沥青道路施工技术被广泛应用,取得了良好的效果。为了进一步提高道路质量,需要重视先进施工理念的应用、材料和工艺的持续改进,以及加强质量监管和成本控制。因此,对维也纳大道至新机场至卡特特项目中沥青道路施工技术在市政道路建设中的具体应用进行了探讨。

防渗漏技术在房屋建筑工程施工中的有效应用

研究了防渗漏技术在房屋建筑工程施工中的有效应用,针对屋面防渗漏技术、地下防渗漏技术,以及其他防渗漏技术,分析了不同部位渗漏产生的原因,强调了卷材防水施工、涂膜防水施工、结构自防水施工、表面防水施工、外墙防水施工、卫生间防水施工等技术应用要点,以及采取有效的设计与施工质量控制措施,从而针对性地解决房屋建筑渗漏问题,促进防水设计与施工的高度融合,减少后期渗漏问题的产生。