Чернильник Андрей Александрович

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Чернильник Андрей Александрович

старший преподаватель

Кандидат технических наук

старший преподаватель:

кафедра "Строительство уникальных зданий и сооружений"

achernilnik@donstu.ru

SPIN РИНЦ:

ORCID:

0000-0002-0103-2587

ResearcherID:

Научные интересы

Опыт работы

Наука

Разработка новых строительных материалов, изделий и конструкций из бетона, применяемых в промышленном и гражданском строительстве, а также улучшение их свойств путем модификация полимерными композитами и отходами сельского хозяйства

09.2018 - Региональное экспертное управление, Начальник управления

2026Finite element modeling and experimental study of foam concrete and polystyrene concrete - 22605

2026Mechanical properties and microstructure of environmentally friendly foam concrete with fly ash modified with micro- and nano-SiO2 - 34267

2025Determination of crack depth in brickworks by ultrasonic methods: numerical simulation and regression analysis - Journal of Composites Science

2025Composition and properties of lightweight concrete of variotropic structure based on combined aggregate and microsilica - Buildings

2025Optimization of the Properties of Eco-Concrete Dispersedly Reinforced with Hemp and Flax Natural Fibers - Journal of Composites Science

2025The impact of manufacturing technology on the tube-steel concrete columns bearing capacity under axial load - 22605

2025Developing computer vision models for classifying grain shapes of crushed stone - 38835

2025Defects identification and crack depth determination in porous media on the brick masonry example using ultrasonic methods: numerical analysis and machine learning - 30754

2025Crushed Stone Grain Shapes Classification Using Convolutional Neural Networks - 22605

2025Geopolymer concrete physical and mechanical properties on a combined binder reinforced with dispersed polypropylene fiber - 36772

2025Porosity analysis and thermal conductivity prediction of non-autoclaved aerated concrete using convolutional neural network and numerical modeling - 22605

2025Enhancing the mechanical properties of sulfur-modified fly ash/metakaolin geopolymers with polypropylene fibers - 36772

2025Predicting the strength of heavy concrete exposed to aggressive environmental influences by machine learning methods - 22605

2025Compressive strength of geopolymer concrete prediction using machine learning methods - 20391

2025Highly effective injection composites with fly ash and microsilica for soil stabilization - 30754

2025Composite reinforced expanded clay and basalt fiber concrete for floating platforms - 30754

2025Variatropic concrete compressive strength prediction under freeze-thaw conditions using machine learning methods - 49021

2025The influence of nanodiamonds and aluminum oxide nanoparticles on the structure and properties of high-strength concrete - 23473

2024Structure formation, rheology and properties of sulfur concrete mixtures and sulfur concrete modified with bitumen and stone flour - Case Studies in Construction Materials

2024Prediction of the сompressive strength of vibrocentrifuged concrete using machine learning methods - Buildings

2024Influence of polymer fibers on the structure and properties of modified variatropic vibrocentrifuged concrete - Polymers

2024The structure features and improvement of the concrete properties based on the mass of dead jellyfish - Sustainability

2024Structure and properties improvement by recipe factors of geopolymer basalt fiber reinforced concrete for building enclosing structures - Buildings

2024Structure and properties of variatropic concrete combined modified with nano- and micro-silica - Construction Materials and Products

2024Analytical review of the current state of technology, structure formation, and properties of variatropic centrifugally compacted concrete - Materials

2024Prediction of the properties of vibro centrifuged variatropic concrete in aggressive environments using machine learning methods - Buildings

2024Influence of sunflower seed husks ash on the structure formation and properties of cement concrete (Влияние золы из лузги семян подсолнечника на структурообразование и свойства цементного бетона) - Civil Engineering Journal

2024Influence of corn cob ash additive on the structure and properties of cement concrete (Влияние добавки золы кукурузных початков на структуру и свойства цементного бетона) - Construction Materials and Products

2024Computer vision method for automatic detection of microstructure defects of concrete (Метод компьютерного зрения для автоматического определения дефектов микроструктуры бетона) - Sensors

2024Properties and structure of functional concrete mixtures modified with river shell powder - Civil Engineering Journal

2024Composition, structure and properties of geopolymer concrete dispersedly reinforced with sisal fiber - Buildings

2024Analysis of the Current State of Research on Bio-Healing Concrete (Bioconcrete) - Materials

2024Study of thermophysical characteristics of variatropic concretes - Construction Materials and Products

2024Performance assessment of a novel green concrete using coffee grounds biochar waste - Recycling

2024Eco-friendly concrete with improved properties and structure, modified with banana leaf ash - Journal of Composites Science

2024Study of the structure and properties of concrete modified with nanofibrils and nanospheres - Buildings

2024Performance and mechanism of the structure formation and physical-mechanical properties of concrete by modification with nanodiamonds - Construction and Building Materials

2023Improving the physical and mechanical characteristics of modified aerated concrete by reinforcing with plant fibers - Fibers

2023Alteration of structure and characteristics of concrete with coconut shell as a substitution of a part of coarse aggregate - Materials

2023The Influence of recipe-technological factors on the resistance to chloride attack of variotropic and conventional concrete - Infrastructures

2023Lightweight Expanded-Clay Fiber Concrete with Improved Characteristics Reinforced with Short Natural Fibers - Case Studies in Construction Materials

2023Physical, mechanical and structural characteristics of sulfur concrete with bitumen modified sulfur and fly ash (Физико-механические и структурные характеристики серобетона с модифицированной битумом серой и золой-уноса) - Journal of Composites Science

2023Eco-friendly sustainable concrete and mortar using coal dust waste - Materials

2023Structural formation and properties of eco-friendly foam concrete modified with coal dust - Journal of Composites Science