Zvierieva Alina

Position: Specialist of the second category of the dean's office

Science degree, academic title: Candidate of Technical Sciences

Year of birth: 1992

Education:

Candidate of Technical Sciences since 2021. She defended his dissertation in the specialized scientific council Д64.820.02 in the specialty 05.23.05 – construction materials and products. The subject of the thesis was “Polymer-mineral composites with adjustable deformation properties for reinforced concrete transport structures bases”. Scientific adviser – Ph.D., Assoc.Prof. Miroshnichenko Sergii.

Scientific activity direction:

Ensuring the stability of reinforced concrete transport structures bases, regulation of deformation properties of polymer-mineral compositions for bases.

Author:

16 scientific papers and educational and methodological developments.

Awards and diplomas:

Featured publications:

  1. Плугін А.А., Калінін О.А., Мірошніченко С.В., Звєрєва А.С., Голіней В.М., Ляхов М.С. Модель проникнення ін’єкційних цементних розчинів у заобробкові тріщинуваті скельні породи. Збірник наукових праць Українського державного університету залізничного транспорту. 196 (2021) 57-69.
  2. Miroshnichenko S., Plugin D., Kalinin O., Zvierieva А., Reznichenko I. Improved bearing resistance of soil foundations of buildings with injectable polyurethane composites. MATEC Web of Conferences. 230 (2018) 03013.
  3. Плугін А.А., Мірошніченко С.В., Резніченко І.В., Звєрєва А.С. Деформативні властивості ґрунтополімерного композиту: Методика експериментальних досліджень. Збірник наукових праць Українського державного університету залізничного транспорту. 182 (2018) 44–52.
  4. Darenskiy O., Bielikov E., Dudin O., Zvierieva А., Oleshchenko A. Results of theoretical and experimental studies on determining the coefficient of subgrade reaction of sleepers for the conditions of main railways with axial loads of 30-35 tons per axle. MATEC Web of Conferences. 230 (2018) 01003.
  5. Miroshnichenko S., Plugin D., Kalinin O., Zvierieva А., Reznichenko I. Improved bearing resistance of soil foundations of buildings with injectable polyurethane composites. MATEC Web of Conferences. 230 (2018) 03013.