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  1. Assessment of the propagation of shock air waves in extended structures taking into account the dissipation of the internal energy of gas flow
  2. The estimation of shock air waves propagation in lengthy buildings subject to dissipation of gas stream internal energy
  3. The defense of staff from air shock waves by controlling their spread in extended buildings
  4. Assessment of wear resistance of modified design of radial bearing taking into account compressibility in turbulent flow regime
  5. Experimental estimation of the degree of compaction of the roadbed by the propagation time of elastic shock waves
  6. EXPERIMENTAL SPECIFICATION OF THE IMPACT OF MECHANICAL PARTS AND HYDRAULIC OIL CONDITION ON VEHICLE SHOCK ABSORBER PERFORMANCE IN ENERGY DISSIPATION
  7. MIXED CONVECTIVE HEAT AND MASS TRANSFER MHD FLOW PAST AN UNSTEADY STRETCHING SHEET WITH INTERNAL HEAT GENERATION, VISCOUS DISSIPATION, INTERNAL MASS DIFFUSION INCLUDING SORET AND DOFOUR EFFECTS
  8. MATHEMATICAL MODELING OF AIR FLOW IN ROOMS TAKING INTO ACCOUNT SOLAR RADIATION
  9. Study of Flow and Energy Dissipation in Stepped Spillways
  10. MATHEMATICAL MODEL OF THE CONDITIONED ROOM TAKING INTO ACCOUNT NON-STATIONARY EXTERNAL AND INTERNAL HEATMOIST LOADINGS