THE SIMPLEST GALILEAN-INVARIANT AND THERMODYNAMICALLY CONSISTENT CONSERVATION LAWS
EFFECTS OF MAGNETIC FIELD AND VARIABLE VISCOSITY ON FORCED NON-DARCY FLOW ABOUT A FLAT PLATE WITH VARIABLE WALL TEMPERATURE IN POROUS MEDIA IN THE PRESENCE OF SUCTION AND BLOWING
ON DEFORMATION OF BERYLLIUM UNDER HIGH-VELOCITY OBLIQUE COLLISION
HYDRODYNAMICS WITH QUADRATIC PRESSURE. 1. GENERAL RESULTS
A NEW APPROACH TO STUDYING THE DYNAMICS OF A THIN CURVED VORTEX
PARADOX OF THE BLUNT EDGE OF AN AIRFOIL IN AN UNSTEADY FLOW
DYNAMICS OF A BUBBLE IN A LIQUID UNDER LASER PULSE ACTION
EXPERIENCE OF OPTIMIZATION OF AERODYNAMIC CHARACTERISTICS OF AIRFOILS
SELF-SIMILAR SOLUTIONS OF UNSTEADY BOUNDARY LAYERS
EVALUATION OF THE ENERGY EFFICIENCY OF HEAT ADDITION UPSTREAM OF THE BODY IN A SUPERSONIC FLOW
GENERATION OF THE TOLLMIEN–SCHLICHTING WAVE IN A SUPERSONIC BOUNDARY LAYER BY TWO SINUSOIDAL ACOUSTIC WAVES
EQUATIONS OF DYNAMICS OF A MIXTURE COMPOSED OF A GAS AND HOLLOW SELECTIVE-PERMEABLE MICROSPHERES
RELAMINARIZATION OF A TURBULENT BOUNDARY LAYER WITH A MACH NUMBER M∞ = 4
INTERACTION OF HYDRODYNAMIC EXTERNAL DISTURBANCES WITH THE BOUNDARY LAYER
SELF-SIMILARITY OF VIBRATIONAL MOTION IN A RESISTANT MEDIUM
CRYSTALLIZATION DYNAMICS OF A LIQUID METAL DROP IMPINGING ONTO A MULTILAYERED SUBSTRATE
MODEL OF SPONTANEOUS CRYSTALLIZATION OF A THIN MELTED LAYER BROUGHT INTO CONTACT WITH A MASSIVE SUBSTRATE
FLICKER NOISE AND SELF-ORGANIZED CRITICALITY IN CRISIS BOILING REGIMES
HEAT-AND MASS-TRANSFER CHARACTERISTICS IN A SPATIAL SUBSONIC FLOW AROUND A BLUNT BODY
EFFECT OF HEAT FLOW ON HEAT-TRANSFER CHARACTERISTICS FOR A SUPERSONIC SPATIAL FLOW AROUND A SPHERICALLY BLUNTED CONE
MODIFIED NEUBER–NOVOZHILOV CRITERION OF RUPTURE FOR V-SHAPED CUTS (ANTIPLANE PROBLEM)
LINEARIZED EQUATIONS OF NONLINEAR ELASTIC DEFORMATION OF THIN PLATES
STRESSES IN A CONICAL TUBE UNDER SUDDEN LOADING
CHARACTERISTICS OF LOCAL COMPLIANCE OF AN ELASTIC BODY UNDER A SMALL PUNCH INDENTED INTO THE PLANE PART OF ITS BOUNDARY
LIMITING DEFORMABILITY AND STRENGTH OF BASALT–PLASTIC SHELLS UNDER INTERNAL EXPLOSIVE LOADING
VARIATIONAL PRINCIPLE OF THERMOELECTROELASTICITY AND ITS APPLICATION TO THE PROBLEM OF VIBRATIONS OF A THIN-WALL MEMBER
POSSIBILITY OF EVALUATION OF STRENGTH OF METALS AND ALLOYS BY A NONINTRUSIVE ULTRASONIC METHOD
OPTICAL FIELD AT THE CENTER OF A SPHERE