Under the stimulation of my countrys national economy, the number of buildings in my countrys cities has been increasing year by year, and the societys attention to residential buildings and commercial buildings has g...Under the stimulation of my countrys national economy, the number of buildings in my countrys cities has been increasing year by year, and the societys attention to residential buildings and commercial buildings has gradually increased, which has put forward higher requirements and standards for the construction industry. While ushering in development, it also faces many development challenges, and the difficulty of building construction increases. The construction industry pursues the quality and efficiency of construction, hoping to save construction time to the greatest extent and achieve rapid return of funds on the basis of ensuring construction quality. Therefore, high formwork support construction technology has been widely used in the construction industry, and has gradually become the most critical construction technology in my countrys construction sites. This technology pays more attention to all aspects such as construction plan and installation, which can ensure the quality of construction, improve the technical level of the construction industry, and reduce the occurrence of various safety accidents. However, this technology presents a lot of operational complexity, which requires the application of some more professional construction application technologies, so that the construction can be carried out smoothly. This article discusses the high-support formwork construction technology in housing construction projects, and looks forward to making certain contributions to the development of my countrys construction industry.展开更多
Formwork construction has been the important and difficult of the construction process, so the design plan is very important. This paper relies on the Shun Ping Yu subordinate Fertgbo bridge rebuilding project, detail...Formwork construction has been the important and difficult of the construction process, so the design plan is very important. This paper relies on the Shun Ping Yu subordinate Fertgbo bridge rebuilding project, detailing the cast-in-place box beam formwork support system safety special construction plan, focuses on box girder formwork design scheme of foundation design, box girder bracket design and box girder formwork design, to provide a reasonable reference for similar projects.展开更多
Based on the construction technology of aluminum alloy formwork and traditional wood formwork, the contents in the construction drawings can be constructed at one time and deepened at one time in combination with the ...Based on the construction technology of aluminum alloy formwork and traditional wood formwork, the contents in the construction drawings can be constructed at one time and deepened at one time in combination with the site. The common quality problems that are easy to appear can be controlled in the construction process, which can improve the construction quality of aluminum alloy formwork to a large extent. If the following construction points are controlled in the construction process, It can maximize the construction quality of aluminum alloy formwork and enhance economic benefits.展开更多
The construction quality of high formwork erection will directly affect the structural safety of the project. Therefore, in the construction process of high formwork erection, the relevant construction personnel must ...The construction quality of high formwork erection will directly affect the structural safety of the project. Therefore, in the construction process of high formwork erection, the relevant construction personnel must strictly abide by the specifications and correctly construct, so as to ensure the construction quality of the construction project. In view of the danger and complexity of the construction of the high formwork support system, it is easy to lose stability in the pouring process, which seriously endangers the personal safety of the construction personnel. In this paper, aiming at the frequent construction safety problems of the high formwork support system, through the accident case analysis, some measures and suggestions are put forward to ensure the construction safety.展开更多
Aluminum formwork is a new type of formwork system. The construction application of aluminum formwork can improve the overall quality of concrete forming. Aluminum formwork plays a very important role in custom design...Aluminum formwork is a new type of formwork system. The construction application of aluminum formwork can improve the overall quality of concrete forming. Aluminum formwork plays a very important role in custom design, error measurement, solid assembly, construction acceptance, and concrete construction quality control. In the process of the construction technology needs to consider many aspects, a variety of scheme planning and design. This paper combines the aluminum mold house construction project for analysis and research, and chooses the actual engineering project as the research case, hoping to play a certain role in the control of the large interspersed construction technology.展开更多
With the continuous expansion of the scale of the building, people from all walks of life pay more attention to the engineering construction, especially the application of high formwork technology. In order to enhance...With the continuous expansion of the scale of the building, people from all walks of life pay more attention to the engineering construction, especially the application of high formwork technology. In order to enhance the application effect of the technology, its application conditions have new requirements. As the high formwork construction is the main content of engineering construction, it is conducive to improve the quality of engineering construction and increase the economic benefits of construction, so it is of great value to pay attention to it. It is worth mentioning that there are still some problems in the application of high formwork technology in construction engineering, which restrict its further development.展开更多
This paper briefly describes the design, construction technology and quality control of tall formwork of the second phase bulk cargo corridor transfer station in Guoyuan Port, which can provide some reference for simi...This paper briefly describes the design, construction technology and quality control of tall formwork of the second phase bulk cargo corridor transfer station in Guoyuan Port, which can provide some reference for similar projects in the later period. The bulk cargo export of orchard adopts the technological scheme of arc track loader+belt conveyor. The whole bulk cargo belt conveyor system is connected with the rear railway system through the belt conveyor main corridor located on the east side of the orchard operation area.展开更多
With the development of science and technology information, China's construction industry has been further optimized, and many new technologies have been applied in the construction industry, which has played a go...With the development of science and technology information, China's construction industry has been further optimized, and many new technologies have been applied in the construction industry, which has played a good effect in improving the quality of construction projects. As a common technology in housing construction and civil engineering, high formwork technology has good use value. In specific applications, as a common support system, it has high stability, but at the same time, there are also high risks and difficulties in construction, and it is difficult to install and remove. Therefore, we should carefully explore the application points of high formwork construction technology, and strengthen the control of construction process, ensure the quality and safety of housing construction and civil engineering, and ensure the safety of life and property of construction personnel.展开更多
In the process of high formwork construction, there are strict requirements for the bearing capacity of construction and the span of erection. For some concrete formwork support systems whose height is greater than th...In the process of high formwork construction, there are strict requirements for the bearing capacity of construction and the span of erection. For some concrete formwork support systems whose height is greater than the support capacity and lack of mutual connection in construction, this is a work mode with high risk coefficient and great construction difficulty. Civil construction generally has the characteristics of poor permeability, which has a high degree of difficulty in the process of civil construction. Therefore, this paper studies the application of high formwork construction technology in civil construction.展开更多
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 ...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.展开更多
In the process of constructing highway bridges, the construction of high piers should be one of the main contents and links, which plays a decisive role in improving the construction efficiency and quality of highway ...In the process of constructing highway bridges, the construction of high piers should be one of the main contents and links, which plays a decisive role in improving the construction efficiency and quality of highway bridges. If the quality requirements and relevant regulations are not met during the construction of high piers of expressway bridges, various quality problems will be caused, which will directly threaten the safety, stability and durability of the expressway bridges in future use, and further cause great adverse impact on the overall engineering quality. Therefore, this requires relevant employees to pay attention to the improvement of the application level of high pier construction technology, to ensure the reasonable and effective application of high pier formwork turnover construction technology, so as to reduce the future safety accidents of highway bridges after they are put into use, and to ensure the safety of property and life of travelers.展开更多
Rapid urbanization has led to a surge in the number of towering structures,and overturning is widely used because it can better accommodate the construction of shaped structures such as variable sections.The complexit...Rapid urbanization has led to a surge in the number of towering structures,and overturning is widely used because it can better accommodate the construction of shaped structures such as variable sections.The complexity of the construction process makes the construction risk have certain randomness,so this paper proposes a cloudbased coupled matter-element model to address the ambiguity and randomness in the safety risk assessment of overturning construction of towering structures.In the pretended model,the digital eigenvalues of the cloud model are used to replace the eigenvalues in the matter–element basic element,and calculate the cloud correlation of the risk assessment metrics through the correlation algorithm of the cloud model to build the computational model.Meanwhile,the improved hierarchical analysis method based on the cloud model is used to determine the weight of the index.The comprehensive evaluation scores of the evaluation event are then obtained through the weighted average method,and the safety risk level is determined accordingly.Through empirical analysis,(1)the improved hierarchical analysis method based on the cloud model can incorporate the data of multiple decisionmakers into the calculation formula to determine theweights,which makes the assessment resultsmore credible;(2)the evaluation results of the cloud-basedmatter-element coupledmodelmethod are basically consistent with those of the other two commonly used methods,and the confidence factor is less than 0.05,indicating that the cloudbased physical element coupled model method is reasonable and practical for towering structure overturning;(3)the cloud-based coupled element model method,which confirms the reliability of risk level by performing Spearman correlation on comprehensive assessment scores,can provide more comprehensive information of instances compared with other methods,and more comprehensively reflects the fuzzy uncertainty relationship between assessment indexes,which makes the assessment results more realistic,scientific and reliable.展开更多
The formwork and falsework in the construction of twin ribbed slab decks on a multi-span ecological bridge for a dual carriageway are presented. The bridge is situated in a valley plain which is crossed by small river...The formwork and falsework in the construction of twin ribbed slab decks on a multi-span ecological bridge for a dual carriageway are presented. The bridge is situated in a valley plain which is crossed by small rivers and was designed principally with the environment in mind. The bridge length is over 356 m, and the width of the decks is 11.5 m. For the bridge works, a simple conventional falsework system was chosen with steel frames for the supports and steel rolled beams for the decks. The formwork was constructed in solid timber and plywood as multiple-use panels. The falsework was designed in order to build the two 10-span bridge decks in stages. The decks are continuous cast-in-situ prestressed concrete twin rib with spans of 30 m, 34 m and 45 m. An individual falsework system was designed, which was easy to move transversally following completion of each stage for one deck. After finishing each stage, for the second deck, the falsework was dismantled and used again in the next construction fronts. An individual arrangement for the falsework along with timber pilings was used to cross the biggest river. The formwork timber panels were used several times in the multistage bridge construction. The adopted falsework system is very simple, but it allowed the speedy construction of the two decks where there were severe time constraints.展开更多
This paper will discuss experiments using various forming systems combined with utilizing mechanical equipment,from cement mixers to excavators and skid steers with attachments,to accelerate construction of cob homes ...This paper will discuss experiments using various forming systems combined with utilizing mechanical equipment,from cement mixers to excavators and skid steers with attachments,to accelerate construction of cob homes and greatly reduce the labor involved.Cob is a colloquial term for monolithic adobe,and refers to a masonry building technique used since ancient times that uses locally-sourced clay as a binder,with various aggregates from sand to small grit or stone,woven together with straw or other fiber and built in continuous layers to form a monolithic structure.展开更多
文摘Under the stimulation of my countrys national economy, the number of buildings in my countrys cities has been increasing year by year, and the societys attention to residential buildings and commercial buildings has gradually increased, which has put forward higher requirements and standards for the construction industry. While ushering in development, it also faces many development challenges, and the difficulty of building construction increases. The construction industry pursues the quality and efficiency of construction, hoping to save construction time to the greatest extent and achieve rapid return of funds on the basis of ensuring construction quality. Therefore, high formwork support construction technology has been widely used in the construction industry, and has gradually become the most critical construction technology in my countrys construction sites. This technology pays more attention to all aspects such as construction plan and installation, which can ensure the quality of construction, improve the technical level of the construction industry, and reduce the occurrence of various safety accidents. However, this technology presents a lot of operational complexity, which requires the application of some more professional construction application technologies, so that the construction can be carried out smoothly. This article discusses the high-support formwork construction technology in housing construction projects, and looks forward to making certain contributions to the development of my countrys construction industry.
文摘Formwork construction has been the important and difficult of the construction process, so the design plan is very important. This paper relies on the Shun Ping Yu subordinate Fertgbo bridge rebuilding project, detailing the cast-in-place box beam formwork support system safety special construction plan, focuses on box girder formwork design scheme of foundation design, box girder bracket design and box girder formwork design, to provide a reasonable reference for similar projects.
文摘Based on the construction technology of aluminum alloy formwork and traditional wood formwork, the contents in the construction drawings can be constructed at one time and deepened at one time in combination with the site. The common quality problems that are easy to appear can be controlled in the construction process, which can improve the construction quality of aluminum alloy formwork to a large extent. If the following construction points are controlled in the construction process, It can maximize the construction quality of aluminum alloy formwork and enhance economic benefits.
文摘The construction quality of high formwork erection will directly affect the structural safety of the project. Therefore, in the construction process of high formwork erection, the relevant construction personnel must strictly abide by the specifications and correctly construct, so as to ensure the construction quality of the construction project. In view of the danger and complexity of the construction of the high formwork support system, it is easy to lose stability in the pouring process, which seriously endangers the personal safety of the construction personnel. In this paper, aiming at the frequent construction safety problems of the high formwork support system, through the accident case analysis, some measures and suggestions are put forward to ensure the construction safety.
文摘Aluminum formwork is a new type of formwork system. The construction application of aluminum formwork can improve the overall quality of concrete forming. Aluminum formwork plays a very important role in custom design, error measurement, solid assembly, construction acceptance, and concrete construction quality control. In the process of the construction technology needs to consider many aspects, a variety of scheme planning and design. This paper combines the aluminum mold house construction project for analysis and research, and chooses the actual engineering project as the research case, hoping to play a certain role in the control of the large interspersed construction technology.
文摘With the continuous expansion of the scale of the building, people from all walks of life pay more attention to the engineering construction, especially the application of high formwork technology. In order to enhance the application effect of the technology, its application conditions have new requirements. As the high formwork construction is the main content of engineering construction, it is conducive to improve the quality of engineering construction and increase the economic benefits of construction, so it is of great value to pay attention to it. It is worth mentioning that there are still some problems in the application of high formwork technology in construction engineering, which restrict its further development.
文摘This paper briefly describes the design, construction technology and quality control of tall formwork of the second phase bulk cargo corridor transfer station in Guoyuan Port, which can provide some reference for similar projects in the later period. The bulk cargo export of orchard adopts the technological scheme of arc track loader+belt conveyor. The whole bulk cargo belt conveyor system is connected with the rear railway system through the belt conveyor main corridor located on the east side of the orchard operation area.
文摘With the development of science and technology information, China's construction industry has been further optimized, and many new technologies have been applied in the construction industry, which has played a good effect in improving the quality of construction projects. As a common technology in housing construction and civil engineering, high formwork technology has good use value. In specific applications, as a common support system, it has high stability, but at the same time, there are also high risks and difficulties in construction, and it is difficult to install and remove. Therefore, we should carefully explore the application points of high formwork construction technology, and strengthen the control of construction process, ensure the quality and safety of housing construction and civil engineering, and ensure the safety of life and property of construction personnel.
文摘In the process of high formwork construction, there are strict requirements for the bearing capacity of construction and the span of erection. For some concrete formwork support systems whose height is greater than the support capacity and lack of mutual connection in construction, this is a work mode with high risk coefficient and great construction difficulty. Civil construction generally has the characteristics of poor permeability, which has a high degree of difficulty in the process of civil construction. Therefore, this paper studies the application of high formwork construction technology in civil construction.
文摘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.
文摘In the process of constructing highway bridges, the construction of high piers should be one of the main contents and links, which plays a decisive role in improving the construction efficiency and quality of highway bridges. If the quality requirements and relevant regulations are not met during the construction of high piers of expressway bridges, various quality problems will be caused, which will directly threaten the safety, stability and durability of the expressway bridges in future use, and further cause great adverse impact on the overall engineering quality. Therefore, this requires relevant employees to pay attention to the improvement of the application level of high pier construction technology, to ensure the reasonable and effective application of high pier formwork turnover construction technology, so as to reduce the future safety accidents of highway bridges after they are put into use, and to ensure the safety of property and life of travelers.
基金funded by China Railway No.21 Bureau Group No.1 Engineering Co.,Ltd.,Grant No.202209140002.
文摘Rapid urbanization has led to a surge in the number of towering structures,and overturning is widely used because it can better accommodate the construction of shaped structures such as variable sections.The complexity of the construction process makes the construction risk have certain randomness,so this paper proposes a cloudbased coupled matter-element model to address the ambiguity and randomness in the safety risk assessment of overturning construction of towering structures.In the pretended model,the digital eigenvalues of the cloud model are used to replace the eigenvalues in the matter–element basic element,and calculate the cloud correlation of the risk assessment metrics through the correlation algorithm of the cloud model to build the computational model.Meanwhile,the improved hierarchical analysis method based on the cloud model is used to determine the weight of the index.The comprehensive evaluation scores of the evaluation event are then obtained through the weighted average method,and the safety risk level is determined accordingly.Through empirical analysis,(1)the improved hierarchical analysis method based on the cloud model can incorporate the data of multiple decisionmakers into the calculation formula to determine theweights,which makes the assessment resultsmore credible;(2)the evaluation results of the cloud-basedmatter-element coupledmodelmethod are basically consistent with those of the other two commonly used methods,and the confidence factor is less than 0.05,indicating that the cloudbased physical element coupled model method is reasonable and practical for towering structure overturning;(3)the cloud-based coupled element model method,which confirms the reliability of risk level by performing Spearman correlation on comprehensive assessment scores,can provide more comprehensive information of instances compared with other methods,and more comprehensively reflects the fuzzy uncertainty relationship between assessment indexes,which makes the assessment results more realistic,scientific and reliable.
文摘The formwork and falsework in the construction of twin ribbed slab decks on a multi-span ecological bridge for a dual carriageway are presented. The bridge is situated in a valley plain which is crossed by small rivers and was designed principally with the environment in mind. The bridge length is over 356 m, and the width of the decks is 11.5 m. For the bridge works, a simple conventional falsework system was chosen with steel frames for the supports and steel rolled beams for the decks. The formwork was constructed in solid timber and plywood as multiple-use panels. The falsework was designed in order to build the two 10-span bridge decks in stages. The decks are continuous cast-in-situ prestressed concrete twin rib with spans of 30 m, 34 m and 45 m. An individual falsework system was designed, which was easy to move transversally following completion of each stage for one deck. After finishing each stage, for the second deck, the falsework was dismantled and used again in the next construction fronts. An individual arrangement for the falsework along with timber pilings was used to cross the biggest river. The formwork timber panels were used several times in the multistage bridge construction. The adopted falsework system is very simple, but it allowed the speedy construction of the two decks where there were severe time constraints.
文摘This paper will discuss experiments using various forming systems combined with utilizing mechanical equipment,from cement mixers to excavators and skid steers with attachments,to accelerate construction of cob homes and greatly reduce the labor involved.Cob is a colloquial term for monolithic adobe,and refers to a masonry building technique used since ancient times that uses locally-sourced clay as a binder,with various aggregates from sand to small grit or stone,woven together with straw or other fiber and built in continuous layers to form a monolithic structure.
