Registration Number
0224U002078,
0122U001273
, R & D reports
Title
Development of technologies for complex processing of polymer-containing waste into light industry products
popup.stage_title
Head
Syniuk Oleh М., Доктор технічних наук
Registration Date
05-02-2024
Organization
Khmelnytskyi National University
popup.description2
The project is devoted to the development and improvement of calculation and experimental methods for predicting the durability of clothing and footwear parts according to the following criteria: tensile strength, fatigue endurance, wear, resistance to chemical and temperature effects. The novelty of the work lies in the derivation of regularities that link the design of shredding equipment, technological modes of its operation, parameters of chemical modification of the recyclate structure and the operational properties of light industry products. On the basis of these regularities, a resource-saving technology for the complex processing of polymer-containing waste was created, based on the mechanism of creating boundary deformations for the controlled destruction of polymer waste and the regularities that link the design parameters of the equipment, technological modes of its operation and the process of chemical modification of the structure of the resulting recyclates with the physical and mechanical characteristics and operational properties of light industry products. At the same time, a mechanism for the destruction of polymer-containing waste was proposed for the first time, which involves the sequential creation of various stress-strain states in the material, which will reduce energy consumption for grinding. This technology was implemented using a grinding device and chemical modification of the structure of recyclates in the reactor. A new technology for applying composite polymeric materials to textile and polymeric materials has been developed to improve adhesion resistance. To support this technology, a mechatronic device for applying polymer coatings was developed. The results of the work make it possible to increase the durability of clothing and footwear parts that are subjected to the greatest loads during operation; to determine the composition of composite materials for coating light industry products and technologies for its application
Product Description
popup.authors
Ivanishena Oksana O.
Ivanishena Tetyna V.
Ishchuk Tatiana I.
Horyashchenko Sergiy L.
Zolotenko Yella O.
Zolotenko Ivan M.
Kuleshova Svitlana H.
Leshchyshyn Maryna M.
Magdin Viktor V.
Magdichuk Maya P.
Onofriychuck Volodymyr I.
Paraska Olha A.
Pekarska Valeriia S.
Synuk Oleh M.
Sokolan Iuliia S.
Tkachuk Serhii P.
popup.nrat_date
2024-02-05
