Technical Evaluation of Integrated Wall and Roof Formwork System and Its Comparison with Ordinary Concrete Building Construction Method
Abstract
Nowadays, the development of construction industry is one of the development indices of countries. On the other hand, development of construction industry is more urgent than ever with increased population and consequently, increased desire for urbanization. Considering the inadequacy of traditional and conventional systems for mass housing production, the approach to use modern industrial methods of building along with new technology and observance of the latest technical standards is critical. Therefore, the present study aimed to investigate and compare construction method of reinforced concrete cast in-situ walls and slabs with the conventional method of constructing concrete structures using MSP software. Studies show that the integrated wall and ceiling molding technique has been used since the late 1970s in the construction of high-rise residential towers. Currently, integrated wall and ceiling molding system is used as one of the methods in the construction of buildings with load-bearing wall and concrete ceiling. This method brings about improvements in quality, earthquake resistance, reduced run-time, reduced cost, quick return on investment, saving on materials consumption, reduced labor, eco-friendliness, sustainability and longer durability, reduced resource consumption, integrated structure, fire resistance, high flexibility, and employee safety.
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References
Bayat, Maryam., and Faeze Taherkhani. “Comparison of traditional methods and industrial construction from the point of view of time and cost.” Journal of Engineering and Construction Management (February 2016): 30-33.
N.Dineshkumar., P.Kathirvel. “Comparative Study on Prefabrication Construction with Cast In-Situ Construction of Residential Buildings.” International Journal of Innovative Science, Engineering & Technology (January 2015): 527-532.
Farhang, Farahbod, and Mohammadkari Behrooz. “Concrete housing construction system with integrated wall and ceiling molds.” Tehran: Building and Housing Research Center, Ministry of Housing and Urban Development. (January 2011).
Dosumu, Oluwaseun Sunday, and Olumide Afolarin Adenuga. "Assessment of cost variation in solid and hollow floor construction in Lagos State." Journal of Design and Built Environment 13, no. 1 (2012).
Haaris M. Mal., Umang Parekh. “Comparative Study of Conventional Structure with Monolithic Structure.” International Journal of Science and Research (April 2015): 866-868. doi: doi.org/10.21275/v5i5.nov163511.
Amal R. Vora., P.G. Patel. “A Comparative Study of Conventional Structural System with Monolithic Structural System.” International Journal of Science Technology & Engineering (November 2015): 157-160.
Company., Estakhr Manufacturing. Integrated System. (October 2011): Tehran: Estakhr Manufacturing Company.
Hamid., Nor Hayati binti Abdul. “Seismic Performance of Monolithic Wall Panel Subjected to Quasi-Static Lateral Cyclic Loading.” The Institution of Engineers (May 2008): 10-17.
Moladi., TECHNOLOGY. (January 2016): South Africa: Moladi.
Mahdi Adeli, Mehdi., and Alireza Rafieizadeh. “Economic and temporal comparison of the implementation of the use of classic mold and conventional method for concrete in concrete structure.” 4th National conference on materials and modern structures in civil engineering. Yasuj.
Yuri Kharkin., Elena Korol., and Artem Davidyuk. “Technology for Erecting Sandwich External Walls with Heat Insulation Layer Made of Low Conductivity Concrete.” Procedia Engineering (May 2015): 172-178. doi: 10.1016/j.proeng.2015.08.138.
MEVA., Better Beats Good By the Inventor of the Clamp System (July 2010): Germany: MEVA.
Nuzul Azam Haron, Ir., Salihuddin Hassim, Mohd., Razali Abd. Kadir and Mohd Saleh Jaafar. “Building Cost Comparison Between Conventional and Formwork System: A Case Study of Four-storey.” American Journal of Applied Sciences (May 2005): 819-823. doi: 10.3844/ajassp.2005.819.823.
Deepam., A Modern Construction Technology (March 2013): India: Deepam.
Seyyedi Motlagh, Shima., and Ali Asadzadeh Moghadam. “Industrial solidification by tunnel mold design.” First National Conference on Applied Civil Engineering and New Achievements. Karaj.
Council., Building Materials & Technology Promotion. “Alternate and Emerging Technologies for Housing & Building Construction.” National Seminar on Green Affordable Housing (June 2014): India.
Woods, Randy. 2013. Low-Cost Moladi System Buildng Sturdy African Villages. African: Earth Techling.
Holcim, Lafarge., Olembe low-Cost Housing (September 2012): France: Lafarge Holcim.
Olumide Afolarin Adenuga., Gboyega Sotunbo. “An Assessment Of Time Variation In Solid And Hollow Floor Construction In Lagos State.” Organization, Technology and Managementin Construction (June 2014): 984-993. doi: 10.5592/otmcj.2014.1.8.
Akavan, Davod. “Comparison of the tunnel mold system and integrated molding in industrial construction.” The first international conference on civil engineering, architecture and urban development. Tabriz.
Co., Meshkaborzadeh Industrial Manufacturing. Integrated mold system (November 2012): Tehran: Meshkaborzadeh Industrial Manufacturing Co.
Co., Sazeh Gostar Mahhat. Wall and ceiling molded system (February 2012): Tehran: Sazeh Gostar Mahhat Co.
Suzyo, Lungu Alice. “Submitted in Partial Fulfilment of the Requirements for the Award of A Bachelor of Scince Degree in Building.” the Copperbelt University. (March 1996).
Council., Building Materials & Technology Promoton. “Monolithic Concrete Construction System using Plastic Aluminum Formwork.” (April 2013): India: Building Materials & Technology Promoton Council.
Somashekar., M. “Monolithic Construction Technology.” (October 2013): Built Constructions (Built Constructions).
Ghonim., Mohammed. “Contemporary Building Construction Methods.” College of Architecture and Planning, Department of Architecture and Building Sciences: Saudi Arabia. (May 2015).
Mahdi Adeli, Mehdi., and Zargham Shojone Nezhad. “Comparison of the system of tunnel molds and integrated molds in terms of executive and economic.” First National Symposium on Architecture, Civil Engineering And Modern Urban Development. Tabriz. 3-5.
Group., Hombale. “Monolithic Construction Methodology.” (January 2014): India: Hombale Group.
Mohammad Mohammadizadeh., Mohammad Bagher Nobakht Haghighi., and Mojtaba Hossein alipour. “Analysis of the Cast-in-Situ Monolithic Reinforced Concrete Construction Industrial System, The Implementation of Industrial Buildings Kayson Company, in Comparison with the Format of the Tunnel, Housing in Parand.” A Journal of Multidisciplinary Research (February 2014): 101-114.
Osnova. “Frame and Monolithic Construction Technology.” (August 2009): Ukraine: Osnova.
India., Ministry of Housing & Urban Poverty Alleviation Government of. “Compendium of Prospective Emerging Technologies for Mass Housing.” (March 2015): India: Ministry of Housing & Urban Poverty Alleviation Government of India.
Co., Civil City. “Project of 10,000 residential units of the pardis new city.” (September 2006): Tehran: Reports of Iran's Urban Development Company.
DOI: 10.28991/cej-0309102
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