[4] Richard RB. Industrialized, Flexible and Demountable Building Systems Quality, Economy and Sustainability. INTERNATIONAL SYMPOSIUM ON ADVANCEMENT OF CONSTRUCTION MANAGEMENT AND REAL ESTATE.
[View at Google Scholar] ; [View at Publisher]
[9] Marwan Gharbia, AliceChang-Richards,YuqianLu, Ray Y.Zhong, HengLi. Robotic technologies for on-site building construction: A systematic review, Journal of Building Engineering. 2020;32:101584
[View at Google Scholar] ;
[View at Publisher]
[10] Golabchi M. The need to use new construction technologies. The Second Seminar on Buildings and Structures in the Capital. Tehran. 2007.
[View at Publisher]
[11] Zareian R, Raeisi Vanani AR, Ghasemian MR. A study of performance and comparison of Hebelex lightweight concrete block as an alternative for brick. The Second National Conference on New Findings in Civil Engineering, Najafabad, Islamic Azad University, Najafabad Branch.
[View at Publisher]
[12] Farokhi M, Omran Kohzadi S. The impact of light-weight buildings on interior design with emphasis on knauf as a linear static analysis. The Second International Conference on Humans, Architecture, Civil Engineering and the City. The Center for Strategic Studies in Architecture and Urban Planning, Tabriz. 2016.
[View at Publisher]
[13] Delbari E, Delbari I, Seyed Jamali AR. Advantages and drawbacks of Knauf in comparison with the conventional systems used in Iran. The 4th International Conference and Exhibition on New Findings in Civil, Architectural and Iran Building Industry, Ircivil 2019.
[View at Publisher]
[14] Akraghanbari M, Ganjavi B, Baraarnia M. Evaluation of seismic behavior of CFRP reinforced concrete buildings. The Third International Conference on New Findings in Iranian Civil Engineering, Architecture and Construction Industry, Tehran. 2018.
[View at Publisher]
[15] New construction technologies. (Fifth Edition). Building and Housing Research Center, Ministry of Housing and Urban Development. 2015.
[View at Publisher]
[16] Abedi Baghsiah A, Sarafrazi SR, Khatibinia M. Introduction of aerated autoclaved lightweight concrete (AAC): advantages and disadvantages. The 4th International Congress of Civil Engineering, Architecture and Urban Development. Tehran, Permanent Secretariat of the Conference, Shahid Beheshti University. 2016.
[View at Publisher]
[17] Kholghi M. Study of properties and strength performance of foam concrete. The Third National Conference on New Materials and Structures in Civil Engineering, Semnan, Semnan University. 2014.
[View at Publisher]
[18] Saeed R, Newsha A, Montazeri A. The use of foam concrete for structural purposes. The 4th International Congress of Civil Engineering, Architecture and Urban Development, Tehran, Permanent Secretariat of the Conference, Shahid Behesht University. 2016.
[View at Publisher]
[19] Ranjbar MR. The role of lightweight concrete (foam concrete) in thermal insulation of buildings. The Second International Conference on Fuel Consumption Optimization in the Building, Tehran, Fuel Consumption Organization. 2002.
[View at Publisher]
[20] Bagherzadeh R, Haseltalab H. Study of the effect of using polypropylene fibers on increasing the mechanical properties and durability of concert. The First National Concrete Conference, Tehran-Iran. 2009.
[View at Publisher]
[21] Golshani SG, Dashti Rahmatabadi M.A. Introduction of polypropylene fibers and its applications in concrete. The Second National Conference on Civil Engineering, Architecture, Urban Planning and Energy Management, Ardestan, Islamic Azad University, Ardestan Branch. 2016.
[View at Publisher]
[22] Akraqanabari M, Lamtarmohammadi M. Application of new technologies in the construction industry (Case study: Horsan buildings).
[View at Publisher]
[23] Khodaparast F. Passive defense in ancient Iranian architecture. The National Conference on Civil Engineering and Sustainable Development of Iran, 2012. Mashhad.
[View at Publisher]
[24] Behforouz B, Balkanlou VS, Naseri F, Kasehchi E, Mohseni E, Ozbakkaloglu T. Investigation of eco-friendly fiber-reinforced geopolymer composites incorporating recycled coarse aggregates. International Journal of Environmental Science and Technology. 2020 Jun;17(6):3251-60.
[View at Google Scholar] ;
[View at Publisher]
[25] Bakhshi H, Arezoo H, Pournoghani GR. The structural and architectural requirements of hospitals with a passive defense approach. The National Conference on Civil Engineering and Sustainable Development of Iran, Mashhad. 2012.
[View at Publisher]
[26] Abbasnia R., Yousefpour Orandi M, Javidan M. Building design strategies for progressive breakdown and non-defense. The National Conference on Civil Engineering and Sustainable Development of Iran.
[View at Publisher]
[27] Sadeghloo T, Sojasi Gheidari H. Presenting a conceptual model of risk crisis management based on the passive defense approach. The Congress of Geopolitics of Iran, Mashhad. 2013.
[View at Publisher]
[28] Hosseini FS, Yazdi MS. Applications of nanotechnology in the construction industry of Germany (A collection of reports on nanotechnology). 2012.
[View at Publisher]
[29] Mahmoudpour H, Esmati Q. The application of nanotechnology in the building industry and architectural spaces and its impact on the environment. The Second National Conference on Environment, Energy and Biological Defense.
[View at Publisher]
[30] Naseri F, Bagherzadeh Khalkhali A. Evaluation of Seismic Performance of Concrete Gravity Dams Under Soil-structure-reservoir Interaction Exposed to Vertical Component of Near-field Earthquakes During Impounding Case study: Pine Flat Dam. Journal of civil Engineering and Materials Application. 2018 Oct 1;2(4):181-91.
[View at Google Scholar] ; [View at Publisher]
[31] Karimi, K. 2013. The study and application of nanotechnology in the construction industry. The First National Conference on Architecture, Restoration, Urban Planning and Sustainable Environment.
[View at Publisher]
[32] Hatami, F, Mousavi SH. Application of nanotechnology in improving the quality of construction industry with fire engineering. International Conference on Research in Science and Technology, Tehran, Karin Institute. 2015.
[View at Publisher]
[33] Fabi V, Barthelmes VM, Schweiker M, Corgnati SP. Insights into the effects of occupant behaviour lifestyles and building automation on building energy use. Energy Procedia. 2017 Dec 1;140:48-56.
[View at Google Scholar] ; [View at Publisher]
[35] Conceição J, Faria R, Azenha M, Miranda M. A new method based on equivalent surfaces for simulation of the post-cooling in concrete arch dams during construction. Engineering Structures. 2020 Apr 15;209:109976.
[View at Google Scholar] ; [View at Publisher]
[36] Sarı A, Hekimoğlu G, Tyagi VV, Sharma RK. Evaluation of pumice for development of low-cost and energy-efficient composite phase change materials and lab-scale thermoregulation performances of its cementitious plasters. Energy. 2020 Sep 15;207:118242.
[View at Google Scholar] ; [View at Publisher]
[37] Bai L, Yang L, Song B, Liu N. A new approach to develop a climate classification for building energy efficiency addressing Chinese climate characteristics. Energy. 2020 Mar 15;195:116982.
[View at Google Scholar] ; [View at Publisher]
[38] He C, Zhou S, Guo P. An efficient three-dimensional method for the prediction of building vibrations from underground railway networks. Soil Dynamics and Earthquake Engineering. 2020 Dec 1;139:106269.
[View at Google Scholar] ; [View at Publisher]
[40] Ahn J, Ji SH, Ahn SJ, Park M, Lee HS, Kwon N, Lee EB, Kim Y. Performance evaluation of normalization-based CBR models for improving construction cost estimation. Automation in Construction. 2020 Nov 1;119:103329
. [View at Google Scholar] ; [View at Publisher]
[41] Zhou Y, Zhang Z, Wang B, Ren G, Qi H, Wang X. Construction time, cost and testing data of a prefabricated isolation medical unit for COVID-19. Data in Brief. 2020 Oct 1;32:106068.
[View at Google Scholar] ; [View at Publisher]
)