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Ирина Сергеевна Грушко

Observed names: I S Grushko, I. Grushko, I. S. Grushko, I.S. GRUSHKO, I.S. Grushko, Irina Grushko, Грушко Ирина Сергеевна, Ирина Грушко
ORCID: 0000-0002-7552-1885
Observed ORCID: 0000-0002-7552-1885
OpenAlex ID: A5086557298
Resource-Conserving Technology of Heat-Insulation-Decorative Glass-Composite Material Based on Ash-Slag Wastes
2015 · E. A. Yatsenko, A. P. Zubekhin, et al. · Glass and Ceramics · 15
Physical-chemical properties and structure of foamed slag glass based on thermal power plant wastes
2013 · E. A. Yatsenko, V. A. Smolii, et al. · Glass and Ceramics · 11
Physicochemical Simulation of the Melting Process of Silicon-Containing Waste from the Energy Complex
2021 · I. S. Grushko, V. A. Bychinskii, et al. · JOM · 6
Using anthropogenic raw materials in the process of synthesizing foam glass with heterogeneous microstructure
2024 · S. V. Fedosov, M. O. Bakanov, et al. · Vestnik MGSU · 4
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High Precision Device for Diameter Rebar Control in Reinforced Concrete Products
2015 · S.V. Ahmedov, I.A. Stetsenko, et al. · Procedia Engineering · 4
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The Effect of Technological Additives on the Structure of Foam Glass
2022 · I.S. GRUSHKO · Stroitel nye Materialy · 3
Ways of Formation and Features of Development of the Crystal Phase in Amorphous Material (A Review)
2020 · I. S. Grushko · Glass Physics and Chemistry · 3
Crystalline Phase Formation in a Foam Glass Matrix and its Effect on Material Performance
2019 · I. S. Grushko, M. P. Maslakov · Glass and Ceramics · 3
Investigation of Foamed Glass Stresses With Allowance for Thermal Loads During Annealing
2018 · Irina Grushko · Izvestiâ Severo-Kavkazskogo naučnogo centra vysšej školy. Seriâ tehničeskih nauk · 3
Full-Scale-Model Tests of Reinforced Structural Elements
2016 · I.A. Stetsenko, D.N. Shurygin, et al. · Procedia Engineering · 3
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Predictive modelling of foam glass performance properties using linear regression-based machine learning models
2024 · Sergey Fedosov, Maksim Bakanov, et al. · Smart composite in construction · 2
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Mathematical Modeling of the Technological Stages of Porous Glass Production (Review)
2017 · I. S. Grushko · Glass and Ceramics · 2
Optimal Temperature–Time Regime for Slag-Foam Glass Synthesis Determined by Mathematical Modeling
2015 · I. S. Grushko, E. A. Yatsenko, et al. · Glass and Ceramics · 2
Modeling of physical and chemical processes in the synthesis of foam glass of various modifications: phase analysis and prediction of properties
2023 · S. V. Fedosov, M. O. Bakanov, et al. · Construction and Geotechnics · 1
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Ash-and-Slag-Waste-based Porous Glass: Synthesis and Properties
2018 · I.S. Grushko · IOP Conference Series Materials Science and Engineering · 1
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Computation of Foam Glass Thermal Field in the Annealing Process
2018 · I. S. Grushko · Glass Physics and Chemistry · 1
Definition of the strain-stress distribution of porous glass in the retarded cooling temperature range
2017 · Irina Grushko · MATEC Web of Conferences · 1
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Application of Modified Petri Nets as Control Models of the Technological Process of Glass Batch Preparation
2015 · M. P. Maslakov, A. G. Dedegkaev, et al. · Glass and Ceramics · 1
Enamel coatings based on slag wastes from heat and electric power plants
2011 · V. A. Smolii, I. S. Grushko, et al. · Glass Physics and Chemistry · 1
Thermomechanical modeling of foam glass porous structure stabilization at annealing. Part 1. Mathematical models and computational methods review
2026 · S. V. Fedosov, M. O. Bakanov, et al. · Stroitel nye Materialy
Dynamics of crystallization and structural and mechanical properties of magnesium modified foam glass in multicomponent silicate systems
2025 · Sergey Fedosov, Maksim Bakanov, et al. · Smart composite in construction
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Calculation and Experimental Study of Thermal Processes and Stress–Strain State of Foam Glass during Annealing
2025 · S. V. Fedosov, M. O. Bakanov, et al. · Glass Physics and Chemistry
Comprehensive study of the ash and slag mixture from a thermal power plant
2025 · Sergey Fedosov, Maxim Bakanov, et al. · AIP conference proceedings
Theoretical and Technological Basis of the Processes of Forming the Microstructure of Foam Glass Using Secondary Mineral Raw Materials
2024 · I. Grushko · Bulletin of Belgorod State Technological University named after V G Shukhov
Анализ влияния принципов гетерогенной кристаллизации на формирование структуры и свойств пеностекла: Часть 2. Влияние состава сырья и технологических параметров производства на свойства пеностекла
2024 · Сергей Федосов, Максим Баканов, et al. · SCIENTIFIC JOURNAL “ACADEMIA ARCHITECTURE AND CONSTRUCTION”
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Works count: 40
Citation count: 67
H-index: 4
I10-index: 2
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