Year: 2022 Issue: 5 (113)
Pages: 169
303 3295
Publication schedule
  • №6 October 2022
  • №7 November 2022
  • №8 December 2022

Rubber concrete beams under the action of transverse bending

Structural mechanics
  • 32
  • 267
  • Pages: 11301-11301

Thermoeconomic model of a building's thermal protection envelope and heating system

Energy efficiency and thermal protection of buildings
  • 31
  • 251
  • Pages: 11302-11302

Energy performance of buildings made of textile-reinforced concrete (TRC) sandwich panels

Energy efficiency and thermal protection of buildings
  • 23
  • 241
  • Pages: 11303-11303

Thermal stresses at the early stage of the hardening of steel-fiber reinforced concrete

Structural mechanics
  • 21
  • 226
  • Pages: 11304-11304

Impact of pond ash as fine aggregate on mechanical and microstructural properties of geopolymer concrete

Building Materials
  • 21
  • 222
  • Pages: 11305-11305

Blended binder based on Portland cement and recycled concrete powder

Building Materials
  • 23
  • 251
  • Pages: 11306-11306

Long-term strength of frozen saline soils

Grounds and foundations, underground structures
  • 13
  • 231
  • Pages: 11307-11307

Metamorphic rocks for manufactured sand and coarse aggregate for concrete and mortar

Building Materials
  • 17
  • 258
  • Pages: 11308-11308

Effect of temperature on permanent deformation of polymer-modified asphalt mixture

Structural mechanics
  • 10
  • 239
  • Pages: 11309-11309

Aerated dry mix concrete for remote northern territories

Building Materials
  • 10
  • 216
  • Pages: 11310-11310

Magnesia cement in the MgO-CO2-H2O system

Building Materials
  • 9
  • 233
  • Pages: 11311-11311

The calculation of the dynamic characteristics of the spillway of the dam

Hydraulic engineering
  • 20
  • 221
  • Pages: 11312-11312

Calculation of heat resistance of external enclosing structures with heat-conducting inclusions

Energy efficiency and thermal protection of buildings
  • 12
  • 221
  • Pages: 11313-11313

Physically nonlinear shell deformation based on three-dimensional finite elements

Structural mechanics
  • 20
  • 218
  • Pages: 11314-11314