Ivanytskyi S. Scientific foundations and calculation methods for draw оf basalt continuous fiber with increased characteristics of strength

Українська версія

Thesis for the degree of Candidate of Sciences (CSc)

State registration number

0421U102598

Thesis Registration Form

0421U102598.pdf

Applicant for

Specialization

  • 05.16.06 - Порошкова металургія та композиційні матеріали

12-05-2021

Specialized Academic Board

Д 26.207.03

Institute of Problems of Materials Science named after IM Frantsevich of the National Academy of Sciences of Ukraine

Essay

The dissertation is devoted to the decision of an actual scientific and practical problem in the field of materials science of constructional materials based on BCF by the scientific analysis of draw fiber process and definition of influence on it of physical and chemical properties of rock melts. This will scientifically substantiate the modes and conditions of draw continuous fiber with a high-quality structure, ensuring high and stable strength in their production and subsequent operation. The obtained results of the dissertation can be used in the improvement of technological modes and equipment for the production of BNV and in the development of new basalt fiber composites and other widely used products with increased durability. Key words: basalt melt, fiber formation, melt consumption, glass transition temperature, fiber strength, defects, cooling rate, rheology, hydrodynamics.

Read more

Files

Disser_Ivanitskii.pdf

autoreferat-Автореф_ІваницькийСГ.pdf

Similar theses

0423U100180

Ivanchenko Serhii E.

Rheological properties and structuring of BaTiO3 nanopowder-based suspensions during the formation of dielectric layers by tape casting method

0523U100202

Anatolii V. Laptiev

Peculiarities of Consolidation, Formation of the Structure and Properties of Powder Materials under Impact Load in a Wide Temperature Range

0421U103584

Derevianko Oleksandr V.

Features of alloying during the consolidation of powder materials based on abrasive-metal systems under electric current action.

0421U103521

Hrebenok Tetiana Petrivna

Formation of the structure and properties of hard alloys based on titanium carbide with additives of other carbides.

0421U102555

Demydenko Oleksandr A.

Regularities of formation of structure and properties of powder composite materials on the basis of iron and self-fluxing alloys of multipurpose function.