Article Open Access

Assessment of the resources ability of organocomposites in building structures under the influence of changes in temperature and humidity factors

V.M. Kurdjumova, M.U. Uranova, N.M. Baigubatova, A. Kubanychbek uulu
Received 23.10.2023
Revised 15.02.2024
Accepted 22.03.2024
Retrieved from
Vol. 1, No. 1, 2024
Pages
145–150
Views
787 Views

Abstract

Problems of physical and mechanical behavior of organopolymer composites under changes in temperature and humidity factors are the subject of research by many scientific centers around the world. Over 50 years of research, most studies have focused on the symmetrical changes in temperature and humidity cycles observed during composite loading

Keywords

organocomposites; strawmolite; polyarmines; strength; deformability; asymmetric changes in humidity; cyclic changes in humidity; prediction; durability; moistening; swelling; stretching; bending; water absorption; conditioning; cyclic boiling; drying; freezing; thawing of samples; long-term loading; short-term loading; indoor microclimate

References

[1] Yatsenko, V.F. (1998). Strength and creep behaviour of structural composites. Kyiv: Scientific Thought.

[2] Kurdiumova, V.M., Ilchenko, L.V., & Chymyrov, A.U. (2005). Thermodynamic analysis of the structure of building composites from vegetable raw materials. In International collection of scientific works: Ecology and resource-saving technologies in building materials science (pp. 7-11). Novosibirsk.

[3] Holdenblat, I.I. & Nikolaienko, N.A. (1995). The creep theory of building materials and its applications. Moscow: Gosstroyizdat.

[4] Shestierikova, S.A. (Ed.). (1999). Laws of creep and long-term strength: A handbook. Moscow: Machinery.

[5] Solomatov, V.I. (2001). Strength of composite materials. Lipetsk: NPO Orius.

[6] Khrulev, V.M. (1997). Composition and structure of composite materials. Bishkek: Poliglot.

Suggested citation

Kurdjumova, V.M., Uranova, M.U., Baigubatova, N.M., & Kubanychbek uulu, A. (2024). Assessment of the resources ability of organocomposites in building structures under the influence of changes in temperature and humidity factors. Architecture. Construction, 1(1), 145-150.