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  3. Korolev E.V.
Analysis of Structure Formation of Composites Using Fractal Dimension
Analysis of the Destruction Kinetics of Nanomodified High-Strength Lightweight Concrete by Acoustic Emission
Basic Properties of Impregnating-Bridging Compositions to Inhibit the Alkali-Silicate Reactions
Building Materials as Disperse Systems: Multiscale Modeling with Dedicated Software
Comparative Analysis of Influence of Nanomodification and Micro-Dispersed Reinforcement on the Process and Parameters of Destruction of High-Strength Lightweight Concrete
Crystal Chemical Characteristics of Saponite and Serpentine: a Possible Criterion for the Direction of the Modification Process
Deformations of High-Strength Lightweight Concrete Having Hollow Microspheres and Method of Reduce Them
Durability of Heavy-Weight Concrete with Portland Cement Treated in Apparatus of Vortex Layer
Eevolution of Representations about Composite Materials from the Positions of Changing the Paradigm
Effectivness of Cement Composite Nanomodification with Nanoscale Barium Hydrosilicates
Energy Model of Surface Activation of Mineral Components of Building Composite Materials
Evaluation of the Influence of Prescription Factors on the Structure Formation of Polymer-Organic Binder
Features of Chemical Composition of Subsidence Products of Sodium Hydrosilicates
Features of the Calculation of Free Energy of the Surface Based on the Model for Interfacial Interaction of Owens–Wendt–Rabel–Kaelble
High-Temperature Modification of Saponite-Containing Material
Lightweight Concretes on Hollow and Porous Aggregates
Method for Analysis of Absorption Kinetics. Part 1. Theoretical Basis
Methods for Assessing the Self-Healing Properties of Asphalt Concrete
Model of High-Strength Lightweight Concrete
Moisture Resistance of Sulfur-Extended Asphalt Concrete. Results of the Study and Features of Definition

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