Abstract: The rapidly increasing capability of computers has led to the development of numerical models for gaseous flows and, in turn, gas-particle and gas-droplet flows. This paper reviews the essential ...

Abstract: An experimental investigation was undertaken to determine those scaling parameters applicable to measuring the mass flow rate of gas-particle suspensions through venturis. It was found that Stokes ...

Abstract: The analysis of gas-particle flows is complicated by the need to account for momentum and energy coupling between phases. The concept of regarding the particle phase as a source of momentum ...

Abstract: In a dispersed two-phase flow, the mixture chokes at a velocity well below the vapor choking velocity, as shown by the velocity at the throat of a converging-diverging, two-phase, supersonic ...

Abstract: Two numerical models (CONVAS and PSI-Cell) for analyzing steady non-equilibrium gas-particle flow through a venturi and an orifice plate are discussed. These models are validated by comparing the ...

Abstract: The results of an earlier investigation that demonstrated the significance of the particle diameter/fluid length scale ratio in determining whether or not the addition of a dispersed phase would ...

Abstract: A numerical model for particle-laden flow in a tube has been developed which predicts the erosive wear of the tube wall by the action of the impinging particles. Empirical relationships are ...