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Results: 1-10 |
Results: 10
KINETIC-EQUATION FOR THE PROBABILITY DENSITY-FUNCTION OF VELOCITY ANDTEMPERATURE OF PARTICLES IN AN INHOMOGENEOUS TURBULENT-FLOW - ANALYSIS OF FLOW IN A SHEAR-LAYER
Authors: ZAICHIK LI ALIPCHENKOV VM
Citation: Li. Zaichik et Vm. Alipchenkov, KINETIC-EQUATION FOR THE PROBABILITY DENSITY-FUNCTION OF VELOCITY ANDTEMPERATURE OF PARTICLES IN AN INHOMOGENEOUS TURBULENT-FLOW - ANALYSIS OF FLOW IN A SHEAR-LAYER, High temperature, 36(4), 1998, pp. 572-582
ESTIMATION OF TIME BETWEEN PARTICLE COLLISIONS IN TURBULENT-FLOW
Authors: ZAICHIK LI
Citation: Li. Zaichik, ESTIMATION OF TIME BETWEEN PARTICLE COLLISIONS IN TURBULENT-FLOW, High temperature, 36(3), 1998, pp. 433-437
NUMERICAL MODELING OF QUASI-ONE-DIMENSIONAL AND 2-DIMENSIONAL FLOWS OF SPONTANEOUSLY CONDENSING STEAM IN TRANSONIC NOZZLES
Authors: BOLDAREV AS GASILOV VA ZAICHIK LI OLKHOVSKAYA OG
Citation: As. Boldarev et al., NUMERICAL MODELING OF QUASI-ONE-DIMENSIONAL AND 2-DIMENSIONAL FLOWS OF SPONTANEOUSLY CONDENSING STEAM IN TRANSONIC NOZZLES, High temperature, 36(1), 1998, pp. 131-136
A NONSTATIONARY ONE-DIMENSIONAL MODEL FOR ANALYZING THE NONUNIFORMITYOF THE DILUTION OF BORIC-ACID IN THE FIRST CIRCUIT OF A PRESSURIZED-WATER NUCLEAR-POWER-PLANT
Authors: ZAICHIK LI NIGMATULIN BI SKIBIN AP KHASANOV RK PETUKHOV SM
Citation: Li. Zaichik et al., A NONSTATIONARY ONE-DIMENSIONAL MODEL FOR ANALYZING THE NONUNIFORMITYOF THE DILUTION OF BORIC-ACID IN THE FIRST CIRCUIT OF A PRESSURIZED-WATER NUCLEAR-POWER-PLANT, Atomic energy, 83(4), 1997, pp. 768-771
MODELING OF DYNAMICS, HEAT-TRANSFER, AND COMBUSTION IN 2-PHASE TURBULENT FLOWS .1. ISOTHERMAL FLOWS
Authors: ZAICHIK LI PERSHUKOV VA KOZELEV MV VINBERG AA
Citation: Li. Zaichik et al., MODELING OF DYNAMICS, HEAT-TRANSFER, AND COMBUSTION IN 2-PHASE TURBULENT FLOWS .1. ISOTHERMAL FLOWS, Experimental thermal and fluid science, 15(4), 1997, pp. 291-310
MODELING OF DYNAMICS, HEAT-TRANSFER, AND COMBUSTION IN 2-PHASE TURBULENT FLOWS .2. FLOWS WITH HEAT-TRANSFER AND COMBUSTION
Authors: ZAICHIK LI PERSHUKOV VA KOZELEV MV VINBERG AA
Citation: Li. Zaichik et al., MODELING OF DYNAMICS, HEAT-TRANSFER, AND COMBUSTION IN 2-PHASE TURBULENT FLOWS .2. FLOWS WITH HEAT-TRANSFER AND COMBUSTION, Experimental thermal and fluid science, 15(4), 1997, pp. 311-322
MODELING OF THE MOTION OF PARTICLES IN NONUNIFORM TURBULENT-FLOW USING THE EQUATION FOR THE PROBABILITY DENSITY-FUNCTION
Authors: ZAICHIK LI
Citation: Li. Zaichik, MODELING OF THE MOTION OF PARTICLES IN NONUNIFORM TURBULENT-FLOW USING THE EQUATION FOR THE PROBABILITY DENSITY-FUNCTION, Journal of applied mathematics and mechanics, 61(1), 1997, pp. 127-133
COMPARISON OF THE RESULTS OF NUMERICAL-SIMULATION OF BURNING PROCESSES IN PULVERIZED-COAL FURNACES OF BOILER UNITS, BASED ON THE USE OF THEDIFFUSION AND DIFFUSION-INERTIA MODELS
Authors: ZAICHIK LI KOZELEV MV
Citation: Li. Zaichik et Mv. Kozelev, COMPARISON OF THE RESULTS OF NUMERICAL-SIMULATION OF BURNING PROCESSES IN PULVERIZED-COAL FURNACES OF BOILER UNITS, BASED ON THE USE OF THEDIFFUSION AND DIFFUSION-INERTIA MODELS, High temperature, 35(6), 1997, pp. 927-933
WALL FUNCTIONS FOR SIMULATION OF TURBULENT FLOWS AND HEAT-TRANSFER
Authors: ZAICHIK LI
Citation: Li. Zaichik, WALL FUNCTIONS FOR SIMULATION OF TURBULENT FLOWS AND HEAT-TRANSFER, High temperature, 35(3), 1997, pp. 385-390
THE LAW OF TURBULENT HEAT AND MASS-TRANSFER IN THE FLOW SEPARATION REGION AFTER EXPANSION
Authors: ZAICHIK LI NIGMATULIN BI PERSHUKOV VA
Citation: Li. Zaichik et al., THE LAW OF TURBULENT HEAT AND MASS-TRANSFER IN THE FLOW SEPARATION REGION AFTER EXPANSION, High temperature, 33(4), 1995, pp. 647-650
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