Determination of the total thermal resistances of material layers for the bottom of footwear

Niyazova M.S., Maksudova U.M., Ergonomic properties of footwear that ensure its comfort, MNPK, "Innovative development in engineering and industrial technology," Moscow, 2022. – pp. 39-42.

Mikhailov A.B., Prokhorov V.T., Mikhaylova I.D. Evaluation of the effectiveness of creating comfortable conditions for a person in climatic zones with low temperatures // Proceedings of the universities. North-Caucasus Region. Technical sciences. – 2010. – No. 2. – pp. 107-114. – Bibliography: p. 144.

Artemova A.Y., Kravchenko E.I., Osina T.M., Prokhorov V.T., Mikhailov A.B. Analysis of material pReferences for footwear to ensure comfortable conditions for the foot of the wearer when exposed to low temperatures, Collection of scientific works “Technical Regulation...”, YTUES, 2013, pp. 110-113.

Niyazova M.S., Maksudova U.M., The role of the insole, MNPK, "Innovative development in engineering and industrial technology," Moscow, 2022, pp. 219-222.

Strong A.B. Plastics: Materials and processing. 3rd edition. New Jersey: Pearson Education Inc., 2006. P. 236-237.

Tuzhilov, A.A. Hygienic aspects of solving the problem of military field footwear in foreign armies (scientific-historical review) / A.A. Tuzhilov // Problems of material stock and rear equipment of the Russian Armed Forces: Materials of the military-scientific conference. – St. Petersburg: BATT, 2002 – pp. 203-212.

Niyazova M.S., Mirzaev N.B., Maksudova U.M., Study of the thermal conductivity properties of shoe lining materials, Journal “Textile Problems,” No. 2, 2017, pp. 88-93.

Maksudova U.M., Pazilova D.Z., Niyazova M.C., Abdurakhimov Z.N., Thermal conductivity of lining materials for winter, The 1st International scientific and practical “Modern directions of scientific research development” (July 7-9, 2021) Boscience Publisher, Chicago, USA. 2021. pp. 328-333 (562).

Niyazova M.S., Pozilova D.Z., Abdurakhimov Z.N., Maksudova U.M., Study of the thermal conductivity properties of fur for footwear, Advances in Science and Technology, Collection of articles XXXVIII MNPK, Moscow: “Scientific Publishing Center ‘Aksualnost.RF’,” 2021. – pp. 51-54.

Maksudova U.M., Pazilova D.Z., Niyazova M.C., Abdurakhimov Z.N., Qualitative indicators of a fibrous semi-finished product (wool) for the base of a layered nonwoven material, Vlana a tetil. Fibres and Textiles. (3) 28 September 2021. P. 62-66 Bratislava, Indexed SCOPUS Chemical Abstracts World Nextiles.

Osina T.M., Features of protecting a person from exposure to low temperatures: monograph / - Shakhty: Publishing House of YURUES, 2008. – 31 p.

Niyazova M.S., Ahmadov Kh.N., Maksudova U.M., Innovative technologies in the production of composite lining materials / Journal "Composite Materials," No. 2, 2019, pp. 122-124.

Dobnya B.E., Nikitin A.A., Tatarchuk I.R., Lysak V.R., Improvement of thermal protective industrial footwear for extreme northern conditions / Journal “Leather and Footwear Industry,” Moscow, No. 1, 2012, pp. 23-25.

Osina T.M., Mikhaylova I.D., Prokhorov V.T., Zhikarev A.P., Development and research of material packages for foot protection from exposure to low temperatures / Journal “Technical Sciences,” Proceedings of universities of the North Caucasus Region, No. 1, 2009, pp. 131-135.

Minhee Lee1, Maria Stenkina1, Yongheon Yeo and Joo‑Young Lee., Thermal insulation of military boots using a thermal foot manikin in cold environments / Journal “Fashion and Textiles” / (2025) 12:2/ P.4