This study investigates the application of smart building technology in museum architecture and proposes a corresponding evaluation system.It focuses on three main aspects:first,the integration of smart building techn...This study investigates the application of smart building technology in museum architecture and proposes a corresponding evaluation system.It focuses on three main aspects:first,the integration of smart building technologies in museum facilities,including power supply and distribution,security,and intelligent monitoring systems,which capable to enhance operational efficiency and user experience;second,the role of architectural design in exhibition layout,HVAC systems,and energy-saving measures to optimize energy use and environmental adaptability;and third,the use of information technologies like data management and virtual displays to improve museum management and service quality.The study aims to develop a scientific evaluation framework to assist decision-makers and architects in effectively assessing and selecting smart technologies for museum buildings.By optimizing design and operations,this approach seeks to enhance exhibition quality,resource utilization,and visitor satisfaction,thereby promoting the advancement of the museum industry.展开更多
This research focuses on using BIM modeling optimization to control construction-period risks in the pre-construction stage of industrial factory buildings.It analyzes common risk factors and limitations of traditiona...This research focuses on using BIM modeling optimization to control construction-period risks in the pre-construction stage of industrial factory buildings.It analyzes common risk factors and limitations of traditional approaches.BIM-based methods like collision detection,4D simulation,multi-dimensional data integration,etc.,can effectively mitigate risks.Stakeholder collaboration,digital twin testing,and lean BIM integration is also crucial.Case studies show BIM can reduce risks by 32-41%,with a three phase roadmap provided.展开更多
The paper analyzes the definite place of industrial building in the history of urban development. Due to the development of urban economy and the transition of the traditional industrial structure, many historic citie...The paper analyzes the definite place of industrial building in the history of urban development. Due to the development of urban economy and the transition of the traditional industrial structure, many historic cities and towns both at home and abroad have witnessed a large scale "demolition" and abandonment of industrial buildings in urban renewal during last 30 years. Consequently, it has been leading to the discontinuity of urban cultural and historic context. The paper discusses and expounds the clas...展开更多
After announcing the goal of building a moderately prosperous society in all respects by 2020, the Chinese leadership also called for a new path of industrialization, putting a premium on quality and new development c...After announcing the goal of building a moderately prosperous society in all respects by 2020, the Chinese leadership also called for a new path of industrialization, putting a premium on quality and new development concepts. Unlike traditional industrialization in the broad or narrow sense, new-type industrialization features synergy between primary, secondary, and tertiary industries, integration between traditional economy and the new economy, environmental protection, technology progress, and innovation. It represents an inclusive approach to industrial development. At the fundamental level, the success of China’s new-type industrialization can be attributed to China’s inclusive learning and innovations.展开更多
With the progress of urbanization in China,the pace of urban renewal is accelerating.Various factors have prompted the transformation of industrial buildings in the city.Following the transformation,old industrial bui...With the progress of urbanization in China,the pace of urban renewal is accelerating.Various factors have prompted the transformation of industrial buildings in the city.Following the transformation,old industrial buildings have shown a new look with diversification and modernization.This article briefly describes contemporary China.The background of industrial building renovation and the analysis of the redevelopment and utilization modes as well as renovation strategies in conjunction with case studies provide a summary and enlightenment for the renovation of industrial heritage buildings in the city.展开更多
With the advent of the post-industrial era, a large number of idle old industrial buildings have been produced in the city. How to deal with idle old industrial buildings has become a reality. Taking the transformatio...With the advent of the post-industrial era, a large number of idle old industrial buildings have been produced in the city. How to deal with idle old industrial buildings has become a reality. Taking the transformation of the factory building of Chang'an Machinery Plant in Xichang for example, the paper analyzed the recycling strategy of old industrial buildings from the basic conditions and transformation contents of the project, re-constructed the new connotation of the building, so as to exert the use value of the old industrial buildings, with a view to providing a reference for the organic renewal and sustainable development of the city.展开更多
With the acceleration of global economic development and urbanization,industrial transformation and the outstanding ecological environment problems have made industrial heritage renewal receive more and more attention...With the acceleration of global economic development and urbanization,industrial transformation and the outstanding ecological environment problems have made industrial heritage renewal receive more and more attention.In recent years,the related research conducted from the perspective of green buildings has also become one of the new hotspots.In this paper,CiteSpace software was used to make an econometric analysis of the related research in this field from 2004 to 2022 in CNKI database from the number of published papers,keyword clustering and emergentwords,and a knowledge chart was drawn.Besides,the development process,evolution trend and frontier hot spot of related research were sorted out and summarized.The results show that ① the green renewal of domestic industrial heritage has experienced three stages:embryonic stage,exploration stage and outbreak stage.②The research focuses on experience summary and project practice exploration.③The research hotspots are mainly distributed in the directions of protection strategy,evaluation system construction,green transformation technology,urban renewal,etc.,and the perspective tends to be diversified and presents the trend of multi-disciplinary intersection.The shortcomings of the research are as follows:industrial heritage research and green building research are relatively independent,and no systematic theoretical system of green transformation of industrial heritage has been formed;there is a lack of relatively comprehensive reconstruction evaluation guidelines,andevaluation models of green transformation of industrial heritage at different levels have not been established.展开更多
This paper describes economical strategies to design blast resistant electrical substations and control buildings that are commonly used at industrial plants.Limited literature addressed design aspects for this class ...This paper describes economical strategies to design blast resistant electrical substations and control buildings that are commonly used at industrial plants.Limited literature addressed design aspects for this class of buildings.Furthermore,little guidelines are available in practice to regulate this type of steel construction.The first part of the paper overviews the architectural and structural layouts of electrical buildings.Blast resistance requirements for occupied control buildings are also discussed.Simplified multiple degrees of freedom(MDOF)dynamic model is also illustrated that can be utilized for analysis of the blast resistant buildings.The economical aspects and cost savings resulting in using mobile blast resistant buildings are discussed.The article also highlights the engineering challenges that are encountered in design of mobile electrical facilities.The transportation procedure and design requirements are briefly described.Guidelines are proposed to calculate the center of mass of the building combined with interior equipment.The proposed design concept for electrical and control buildings is cost effective and can be implemented in industry to reduce projects cost.展开更多
The current study investigated the value and significance of the existence of the old industrial buildings, as well as the necessity and difficulty to renovate the design. Combined with successful cases, this study an...The current study investigated the value and significance of the existence of the old industrial buildings, as well as the necessity and difficulty to renovate the design. Combined with successful cases, this study analyzed and showed that one should not only deal with the relationship between the original architectural style and construction of modem cities in the process of renovation design of the old industrial building space. More attention should also be paid to create new space to meet the functional requirements of the modem features, and then complete substantial renovation of old industrial building space through the innovative design. In the use of aesthetic innovative design for the renovation of the old industrial building space, people must respect the space of old industrial buildings as the prerequisite of the renovation design. It is needed to expound the local space reconstruction methods and design principles respectively on the basis of respect. And then one should grasp the whole space and make the structured design and reasonable use according to the new space functional requirements of different functional areas. This paper attempted to learn from environmental art study on the renovation of old industrial buildings space and in terms of innovative design. The authors explored the innovative thinking on the renovation design of old industrial building space through the analysis of the reality.展开更多
In recent years, with the improvement and optimization of productivity level, the scale and quantity of industrial park construction in China have an obvious growth trend, which provides a broad space for the developm...In recent years, with the improvement and optimization of productivity level, the scale and quantity of industrial park construction in China have an obvious growth trend, which provides a broad space for the development of Chinas construction industry. In the process of analyzing and studying a large number of industrial park data, in order to reasonably carry out environmental protection work, architects must actively participate in the project design process, fully penetrate and integrate the concept of green building design, and then effectively realize the overall optimization of the ecological performance of construction projects, so as to promote the improvement of their comprehensive level. This paper analyzes and summarizes the application of green building design in industrial park construction in China and puts forward corresponding optimization suggestions to further implement the comprehensive quality of industrial park buildings.展开更多
At the present stage, with the rapid development of China's social economy and national defense industry, the level of industrial manufacturing, scientific and technological innovation and development is also rapi...At the present stage, with the rapid development of China's social economy and national defense industry, the level of industrial manufacturing, scientific and technological innovation and development is also rapidly improving, which has played a positive role in promoting the sustainable development of China's economy. Due to the large volume and wide land occupation of industrial buildings, and the higher requirements of manufacturing upgrading and scientific and technological innovation for the construction of modern industrial plants, it is necessary to further optimize the management concept, improve the management mode, improve the construction management level, and ensure the quality of buildings, so as to better realize the value of design, construction and use of industrial plants.展开更多
The development of social economy, science and technology has greatly improved people's living standards. With the deepening of the concept of green environmental protection, green building, as a new design concep...The development of social economy, science and technology has greatly improved people's living standards. With the deepening of the concept of green environmental protection, green building, as a new design concept, has sprung up, which has effectively promoted the development of new construction industry. As a new concept of environmental protection, green building has also been improved and adjusted in industrial buildings and applied in the process of architectural design to realize that the design results have the characteristics of ecological environmental protection and realize the strategy of sustainable development. Green building has now become the inevitable trend of the development of the construction industry.展开更多
At present, there are many problems in water supply and drainage design of urban industrial buildings which further aggravates the urban water anxiety and water waste. For this matter, if you want to reduce the urban ...At present, there are many problems in water supply and drainage design of urban industrial buildings which further aggravates the urban water anxiety and water waste. For this matter, if you want to reduce the urban water use problem, you must follow the standards of energy saving and consumption reduction in the water supply and drainage design of industrial buildings, implement the design idea of energy saving and consumption reduction and reasonably save water according to the sound water supply and drainage design of engineering buildings. The water supply and drainage design is not enough, and some schemes are given from the perspective of energy saving and consumption reduction, mainly including effective design scheme of water supply system software, select the appropriate pipe fittings, flexible use of medium water reuse, the application of variable frequency water pump, effective design scheme storage tank and reservoir, the selection of water-saving appliances and solar water heater and other systems. However, with the rapid development of social and economic development, the water supply and drainage design of industrial buildings still needs to be further optimized so that it can achieve economic development and social and environmental protection benefits are unified, so as to achieve stable development.展开更多
Because of the high energy demand required to heat a production hall, the aim of this project is to find out whether it is possible to verify the heating consuming process for heating with the standard simplified calc...Because of the high energy demand required to heat a production hall, the aim of this project is to find out whether it is possible to verify the heating consuming process for heating with the standard simplified calculation method [1], especially for cold regions such as Kosice (Slovakia). The energy requirement for heating a case study industrial building was evaluated using measurements and calculations.During the winter period, energy consumption was measured in the selected industrial building according to a validation standard [2]. The building is comprised of two halls. The measurements were analyzed according to the criteria used for validating residential and public buildings, with several regression dependencies taken into account in the resulting evaluation of heating energy consumption. The mathematical dependencies of measured values in real conditions are shown in this paper. In addition, the building’s heating energy demand was calculated according to the Austrian standard [3], ?NORM EN ISO 13790, the simplified calculation method for non-residential buildings. It was investigated whether the measured values could be replicated using this calculation. It was found that the precise definition of the internal heat gains is very important.展开更多
The deep foundation pit of industrial and civil construction engineering is the core part of the foundation construction of the project, so it can ensure the support quality of deep foundation pit and ensure the smoot...The deep foundation pit of industrial and civil construction engineering is the core part of the foundation construction of the project, so it can ensure the support quality of deep foundation pit and ensure the smooth and orderly development of other construction steps in the later stage. In the process of selecting technologies related to deep foundation pit support at the construction site, many relevant constraints need to be considered. At the same time, relevant construction technical requirements are more stringent. It is necessary to ensure the safety and stability of construction, and carry out planning, design and on-site operation in full accordance with the provisions of construction projects. With the help of high-quality deep foundation pit support, the overall economic benefits of the project can be greatly improved.展开更多
With the improvement of economy and living quality,station buildings of high speed railway are no longer just a space to filfill the transport finction.As a business card of cities,station buildings of high speed rail...With the improvement of economy and living quality,station buildings of high speed railway are no longer just a space to filfill the transport finction.As a business card of cities,station buildings of high speed railway prefer unique interior design,so the industrial style design featuring simplicity and variety gradually becomes a design trend.Taking the interior design of Changgebei Railway Station and Fangcheng Railway Station as an example,the paper analyzes the application of the industrial style design to high speed railway station buildings in three aspects:project overview,interior design and key issues of construction,and then reflects on and sums up the advantages and disadvantages of the design and construction.The two station buildings,among a very small quantity of station buildings nationwide where the industrial style design is adopted,provide experience and lessons while exploring a new direction for fiuture interior design of station buildings of high speed railway.展开更多
Against the background of energy conservation and emission reduction,green construction and intelligent buildings have become an inevitable trend in the transformation of the construction industry.They effectively red...Against the background of energy conservation and emission reduction,green construction and intelligent buildings have become an inevitable trend in the transformation of the construction industry.They effectively reduce environmental damage and pollution caused by construction projects during the construction process,improve the comfort and health of buildings,and are conducive to promoting the sustainable development of China’s construction industry.This paper analyzes the relationship between green construction and intelligent buildings,examines the dilemmas faced by the integrated development of green construction and intelligent buildings,and proposes measures such as optimizing architectural design schemes,advancing technological innovation,improving energy utilization efficiency,actively applying BIM technology,and strengthening building lifecycle management,so as to promote the sustainable development of China’s construction industry.展开更多
To exchange experiences and progress in standardization capacity building at home and abroad,the sub-forum on capacity building and creating leadership in standardization was held on July 9.The sub-forum was hosted by...To exchange experiences and progress in standardization capacity building at home and abroad,the sub-forum on capacity building and creating leadership in standardization was held on July 9.The sub-forum was hosted by the Qingdao Municipal People’s Government and co-organized by the International Standardization Training Base(Qingdao),Qingdao University,International Standardization Outstanding Contribution Foundation,and Shandong National Standards Center of Technical Evaluation,which was expected to inject new vitality into the industrial development and provide new ideas for improving the talent cultivation system.展开更多
Iron ＆ Steel Industry China＇s outputs of crude steel, steel products, coke and ferrous alloys in 2012 were 716.54 million tons （up 3.1% YOY）, 051.86 million tons （up 7.7% YOY）, 443.23 million tons （up 5.2% YOY...Iron ＆ Steel Industry China＇s outputs of crude steel, steel products, coke and ferrous alloys in 2012 were 716.54 million tons （up 3.1% YOY）, 051.86 million tons （up 7.7% YOY）, 443.23 million tons （up 5.2% YOY） and 31.29 million tons （up 15% YOY）,展开更多
In most of the world’s building material industries,the control of flue gas pollutants mainly focuses on a single pollutant.However,given the large capacity and high contribution of China’s building materials indust...In most of the world’s building material industries,the control of flue gas pollutants mainly focuses on a single pollutant.However,given the large capacity and high contribution of China’s building materials industry to global air pollution,the need to develop multipollutant emission reduction technology is urgent.Recently,China has focused on reducing the emissions of flue gas pollutants in the building materials industry,established many key research and development projects,and gradually implemented more stringent pollutant emission limits.This project focuses on the most recent advances in flue gas emission control technology in China’s building materials industry,including denitration,dust removal,desulfurization,synergistic multi-pollutant emission reduction,and the construction of pilot research and demonstration projects for pollutant removal in several building material industries.On this basis,revised pollutant limits in flue gas emitted in China’s building material industry are proposed.展开更多
基金Jiangxi Province Intelligent Building Engineering Research Center Open Fund Project(Project No.:EZ202311417).
文摘This study investigates the application of smart building technology in museum architecture and proposes a corresponding evaluation system.It focuses on three main aspects:first,the integration of smart building technologies in museum facilities,including power supply and distribution,security,and intelligent monitoring systems,which capable to enhance operational efficiency and user experience;second,the role of architectural design in exhibition layout,HVAC systems,and energy-saving measures to optimize energy use and environmental adaptability;and third,the use of information technologies like data management and virtual displays to improve museum management and service quality.The study aims to develop a scientific evaluation framework to assist decision-makers and architects in effectively assessing and selecting smart technologies for museum buildings.By optimizing design and operations,this approach seeks to enhance exhibition quality,resource utilization,and visitor satisfaction,thereby promoting the advancement of the museum industry.
文摘This research focuses on using BIM modeling optimization to control construction-period risks in the pre-construction stage of industrial factory buildings.It analyzes common risk factors and limitations of traditional approaches.BIM-based methods like collision detection,4D simulation,multi-dimensional data integration,etc.,can effectively mitigate risks.Stakeholder collaboration,digital twin testing,and lean BIM integration is also crucial.Case studies show BIM can reduce risks by 32-41%,with a three phase roadmap provided.
文摘The paper analyzes the definite place of industrial building in the history of urban development. Due to the development of urban economy and the transition of the traditional industrial structure, many historic cities and towns both at home and abroad have witnessed a large scale "demolition" and abandonment of industrial buildings in urban renewal during last 30 years. Consequently, it has been leading to the discontinuity of urban cultural and historic context. The paper discusses and expounds the clas...
文摘After announcing the goal of building a moderately prosperous society in all respects by 2020, the Chinese leadership also called for a new path of industrialization, putting a premium on quality and new development concepts. Unlike traditional industrialization in the broad or narrow sense, new-type industrialization features synergy between primary, secondary, and tertiary industries, integration between traditional economy and the new economy, environmental protection, technology progress, and innovation. It represents an inclusive approach to industrial development. At the fundamental level, the success of China’s new-type industrialization can be attributed to China’s inclusive learning and innovations.
文摘With the progress of urbanization in China,the pace of urban renewal is accelerating.Various factors have prompted the transformation of industrial buildings in the city.Following the transformation,old industrial buildings have shown a new look with diversification and modernization.This article briefly describes contemporary China.The background of industrial building renovation and the analysis of the redevelopment and utilization modes as well as renovation strategies in conjunction with case studies provide a summary and enlightenment for the renovation of industrial heritage buildings in the city.
文摘With the advent of the post-industrial era, a large number of idle old industrial buildings have been produced in the city. How to deal with idle old industrial buildings has become a reality. Taking the transformation of the factory building of Chang'an Machinery Plant in Xichang for example, the paper analyzed the recycling strategy of old industrial buildings from the basic conditions and transformation contents of the project, re-constructed the new connotation of the building, so as to exert the use value of the old industrial buildings, with a view to providing a reference for the organic renewal and sustainable development of the city.
文摘With the acceleration of global economic development and urbanization,industrial transformation and the outstanding ecological environment problems have made industrial heritage renewal receive more and more attention.In recent years,the related research conducted from the perspective of green buildings has also become one of the new hotspots.In this paper,CiteSpace software was used to make an econometric analysis of the related research in this field from 2004 to 2022 in CNKI database from the number of published papers,keyword clustering and emergentwords,and a knowledge chart was drawn.Besides,the development process,evolution trend and frontier hot spot of related research were sorted out and summarized.The results show that ① the green renewal of domestic industrial heritage has experienced three stages:embryonic stage,exploration stage and outbreak stage.②The research focuses on experience summary and project practice exploration.③The research hotspots are mainly distributed in the directions of protection strategy,evaluation system construction,green transformation technology,urban renewal,etc.,and the perspective tends to be diversified and presents the trend of multi-disciplinary intersection.The shortcomings of the research are as follows:industrial heritage research and green building research are relatively independent,and no systematic theoretical system of green transformation of industrial heritage has been formed;there is a lack of relatively comprehensive reconstruction evaluation guidelines,andevaluation models of green transformation of industrial heritage at different levels have not been established.
文摘This paper describes economical strategies to design blast resistant electrical substations and control buildings that are commonly used at industrial plants.Limited literature addressed design aspects for this class of buildings.Furthermore,little guidelines are available in practice to regulate this type of steel construction.The first part of the paper overviews the architectural and structural layouts of electrical buildings.Blast resistance requirements for occupied control buildings are also discussed.Simplified multiple degrees of freedom(MDOF)dynamic model is also illustrated that can be utilized for analysis of the blast resistant buildings.The economical aspects and cost savings resulting in using mobile blast resistant buildings are discussed.The article also highlights the engineering challenges that are encountered in design of mobile electrical facilities.The transportation procedure and design requirements are briefly described.Guidelines are proposed to calculate the center of mass of the building combined with interior equipment.The proposed design concept for electrical and control buildings is cost effective and can be implemented in industry to reduce projects cost.
文摘The current study investigated the value and significance of the existence of the old industrial buildings, as well as the necessity and difficulty to renovate the design. Combined with successful cases, this study analyzed and showed that one should not only deal with the relationship between the original architectural style and construction of modem cities in the process of renovation design of the old industrial building space. More attention should also be paid to create new space to meet the functional requirements of the modem features, and then complete substantial renovation of old industrial building space through the innovative design. In the use of aesthetic innovative design for the renovation of the old industrial building space, people must respect the space of old industrial buildings as the prerequisite of the renovation design. It is needed to expound the local space reconstruction methods and design principles respectively on the basis of respect. And then one should grasp the whole space and make the structured design and reasonable use according to the new space functional requirements of different functional areas. This paper attempted to learn from environmental art study on the renovation of old industrial buildings space and in terms of innovative design. The authors explored the innovative thinking on the renovation design of old industrial building space through the analysis of the reality.
文摘In recent years, with the improvement and optimization of productivity level, the scale and quantity of industrial park construction in China have an obvious growth trend, which provides a broad space for the development of Chinas construction industry. In the process of analyzing and studying a large number of industrial park data, in order to reasonably carry out environmental protection work, architects must actively participate in the project design process, fully penetrate and integrate the concept of green building design, and then effectively realize the overall optimization of the ecological performance of construction projects, so as to promote the improvement of their comprehensive level. This paper analyzes and summarizes the application of green building design in industrial park construction in China and puts forward corresponding optimization suggestions to further implement the comprehensive quality of industrial park buildings.
文摘At the present stage, with the rapid development of China's social economy and national defense industry, the level of industrial manufacturing, scientific and technological innovation and development is also rapidly improving, which has played a positive role in promoting the sustainable development of China's economy. Due to the large volume and wide land occupation of industrial buildings, and the higher requirements of manufacturing upgrading and scientific and technological innovation for the construction of modern industrial plants, it is necessary to further optimize the management concept, improve the management mode, improve the construction management level, and ensure the quality of buildings, so as to better realize the value of design, construction and use of industrial plants.
文摘The development of social economy, science and technology has greatly improved people's living standards. With the deepening of the concept of green environmental protection, green building, as a new design concept, has sprung up, which has effectively promoted the development of new construction industry. As a new concept of environmental protection, green building has also been improved and adjusted in industrial buildings and applied in the process of architectural design to realize that the design results have the characteristics of ecological environmental protection and realize the strategy of sustainable development. Green building has now become the inevitable trend of the development of the construction industry.
文摘At present, there are many problems in water supply and drainage design of urban industrial buildings which further aggravates the urban water anxiety and water waste. For this matter, if you want to reduce the urban water use problem, you must follow the standards of energy saving and consumption reduction in the water supply and drainage design of industrial buildings, implement the design idea of energy saving and consumption reduction and reasonably save water according to the sound water supply and drainage design of engineering buildings. The water supply and drainage design is not enough, and some schemes are given from the perspective of energy saving and consumption reduction, mainly including effective design scheme of water supply system software, select the appropriate pipe fittings, flexible use of medium water reuse, the application of variable frequency water pump, effective design scheme storage tank and reservoir, the selection of water-saving appliances and solar water heater and other systems. However, with the rapid development of social and economic development, the water supply and drainage design of industrial buildings still needs to be further optimized so that it can achieve economic development and social and environmental protection benefits are unified, so as to achieve stable development.
基金the project ITMS“26220220050”—Architectural,Structural,technological and economical aspects of energy efficiency building designfinancially supported by the EU structural resources within operative program of research and development OPVaV-2008/2.2/01-SORO.
文摘Because of the high energy demand required to heat a production hall, the aim of this project is to find out whether it is possible to verify the heating consuming process for heating with the standard simplified calculation method [1], especially for cold regions such as Kosice (Slovakia). The energy requirement for heating a case study industrial building was evaluated using measurements and calculations.During the winter period, energy consumption was measured in the selected industrial building according to a validation standard [2]. The building is comprised of two halls. The measurements were analyzed according to the criteria used for validating residential and public buildings, with several regression dependencies taken into account in the resulting evaluation of heating energy consumption. The mathematical dependencies of measured values in real conditions are shown in this paper. In addition, the building’s heating energy demand was calculated according to the Austrian standard [3], ?NORM EN ISO 13790, the simplified calculation method for non-residential buildings. It was investigated whether the measured values could be replicated using this calculation. It was found that the precise definition of the internal heat gains is very important.
文摘The deep foundation pit of industrial and civil construction engineering is the core part of the foundation construction of the project, so it can ensure the support quality of deep foundation pit and ensure the smooth and orderly development of other construction steps in the later stage. In the process of selecting technologies related to deep foundation pit support at the construction site, many relevant constraints need to be considered. At the same time, relevant construction technical requirements are more stringent. It is necessary to ensure the safety and stability of construction, and carry out planning, design and on-site operation in full accordance with the provisions of construction projects. With the help of high-quality deep foundation pit support, the overall economic benefits of the project can be greatly improved.
文摘With the improvement of economy and living quality,station buildings of high speed railway are no longer just a space to filfill the transport finction.As a business card of cities,station buildings of high speed railway prefer unique interior design,so the industrial style design featuring simplicity and variety gradually becomes a design trend.Taking the interior design of Changgebei Railway Station and Fangcheng Railway Station as an example,the paper analyzes the application of the industrial style design to high speed railway station buildings in three aspects:project overview,interior design and key issues of construction,and then reflects on and sums up the advantages and disadvantages of the design and construction.The two station buildings,among a very small quantity of station buildings nationwide where the industrial style design is adopted,provide experience and lessons while exploring a new direction for fiuture interior design of station buildings of high speed railway.
文摘Against the background of energy conservation and emission reduction,green construction and intelligent buildings have become an inevitable trend in the transformation of the construction industry.They effectively reduce environmental damage and pollution caused by construction projects during the construction process,improve the comfort and health of buildings,and are conducive to promoting the sustainable development of China’s construction industry.This paper analyzes the relationship between green construction and intelligent buildings,examines the dilemmas faced by the integrated development of green construction and intelligent buildings,and proposes measures such as optimizing architectural design schemes,advancing technological innovation,improving energy utilization efficiency,actively applying BIM technology,and strengthening building lifecycle management,so as to promote the sustainable development of China’s construction industry.
文摘To exchange experiences and progress in standardization capacity building at home and abroad,the sub-forum on capacity building and creating leadership in standardization was held on July 9.The sub-forum was hosted by the Qingdao Municipal People’s Government and co-organized by the International Standardization Training Base(Qingdao),Qingdao University,International Standardization Outstanding Contribution Foundation,and Shandong National Standards Center of Technical Evaluation,which was expected to inject new vitality into the industrial development and provide new ideas for improving the talent cultivation system.
文摘Iron ＆ Steel Industry China＇s outputs of crude steel, steel products, coke and ferrous alloys in 2012 were 716.54 million tons （up 3.1% YOY）, 051.86 million tons （up 7.7% YOY）, 443.23 million tons （up 5.2% YOY） and 31.29 million tons （up 15% YOY）,
基金supported by the National Key Research and Development Program of China(No.2017YFC0210700)。
文摘In most of the world’s building material industries,the control of flue gas pollutants mainly focuses on a single pollutant.However,given the large capacity and high contribution of China’s building materials industry to global air pollution,the need to develop multipollutant emission reduction technology is urgent.Recently,China has focused on reducing the emissions of flue gas pollutants in the building materials industry,established many key research and development projects,and gradually implemented more stringent pollutant emission limits.This project focuses on the most recent advances in flue gas emission control technology in China’s building materials industry,including denitration,dust removal,desulfurization,synergistic multi-pollutant emission reduction,and the construction of pilot research and demonstration projects for pollutant removal in several building material industries.On this basis,revised pollutant limits in flue gas emitted in China’s building material industry are proposed.
