Effective Methods of Using Dry Construction Mixtures
Keywords:
dry construction mixtures, plaster, mortar, cement-based products, batch consistency, adhesive,, bonding agents, mixing challenges, compatibility, quality assurance, documentation, collaborationAbstract
This article explores effective methods for using dry construction mixtures in building
projects. Dry construction mixtures, such as plaster, mortar, or cement-based products, offer
numerous advantages in terms of convenience, versatility, and performance. However, their
effectiveness relies on proper handling, mixing, application, and adherence to specific guidelines.
This article highlights key considerations for achieving optimal results when working with dry
construction mixtures, including batch consistency, adhesive and bonding agents, mixing
challenges, compatibility with finishing materials, quality assurance and testing, documentation
and record-keeping, collaboration and communication, and continuous improvement. By
following these methods, construction professionals can maximize the benefits of using dry
construction mixtures while ensuring quality, durability, and efficiency in their projects.
,, cement-based products, batch consistency,
adhesive, bonding agents, mixing challenges, compatibility, quality assurance, docuquality assurancementation,
collaboration, continuous improvement
References
Dry Construction Mixtures: Properties and Applications. 2021. Drypac Construction Products. https://www.drypac.com/dry-construction-mixtures
Almeda, M. et al. Optimizing Dry Construction Mixture Design for Green Building. Journal of Sustainable Construction, vol. 15, no. 3, 2018, pp. 121-131.
Banfill, P.F.G. Rheology of Fresh Cement and Concrete - A Review. Rheologica Acta, vol. 55, no. 8, 2016, pp. 533-570.
Dry Construction Manual. 2020. ParexGroup. https://parexdavco.com/dry-construction-manual/
Guide for Using Dry Construction Mixtures. 2019. Knauf Danoline. https://www.knaufdanoline.com/guides/dry-construction-guide. Standards for Dry Construction Materials and Assemblies. 2018. ASTM International, vol C1761.
Fathi, M. et al. Mechanical Properties of Gypsum-Based Dry Construction Mixtures. Materials Journal, vol. 112, no. 4, 2015, pp. 449-456.
Hashemi, A.A. Factors Affecting Workability of Dry Construction Mixtures. Construction and Building Materials, vol. 37, 2016, pp. 356-362.
Kralj, D. Dry Construction Methods and Materials. Architecture Magazine, vol. 62, no. 11, 2014, pp. 36-42.
Kumar, A. Optimizing Drying Shrinkage in Dry Construction Mixtures. Cement and Concrete Composites, vol. 33, no. 1, 2011, pp. 76-82.
Abdumo'minov. O. R, and Z. Akhmedov. "Effect of complex additional and flying ash on cement properties." Galaxy International Interdisciplinary Research Journal 9.12 (2021): 654-658.
Kh, T. F., Bobakulov, A. A., Abdumumunov, O. R., & Ahmedov, Z. J. (2021). Features Of The Structure Formation Of A Filling Mixture Based On Industrial Waste. The American Journal of Engineering and Technology, 3(05), 150-155.
Abdumo’minov O.R.. EFFICIENT USE OF LOCAL WASTE IN THE PRODUCTION OF BUILDING MATERIALS International Scientific Research Journal (WoS). I2776-0979, Volume 3, Issue 8, Aug., 2022. 374-376
Abdumuminov.O.R. Sh.Raximov. Z. Axmedov. The Development of Compositions and Research of the Properties of Fine Concrete. AMERICAN JOURNAL OF SOCIAL AND HUMANITARIAN RESEARCH. November, Vol. 4 No. 9 (2021).
Abdumo’minov, Odina, and Ramazon Rajabov. "PROSPECTS FOR CONSTRUCTION MATERIALS PRODUCTION." International Bulletin of Engineering and Technology 3 (2023): 23-27.
Abdumo’minov, O. R. "METALLURGIYA SHLAKLARI ASOSIDA QURILISH MATERIALLARI ISHLAB CHIQARISH." E Conference Zone. 2022.
Abduhalimzoda, Abdurahimov Abdukarim. "TECHNOLOGY OF PREPARATION, TRANSFER AND PLACEMENT OF FILLING MIXTURES." Galaxy International Interdisciplinary Research Journal 10.11 (2022): 1098-1101.