Abstract: We present the results of an experimental investigation into the behavior of a strongly advected jet (weak jet) in a coflowing ambient fluid. Laser-induced-fluorescence and image processing techniques are employed to provide ...

Abstract: Interaction between a jet and its neighbors in a still ambient fluid is dealt with. A model for the merging of an infinite line of equally spaced identical jets in a still ambient fluid is developed. The velocity and tracer ...

Abstract: We present the results of an experimental investigation into the behavior of weakly advected jets in a cross-flow. Concentration profiles are measured using a laser-induced-fluorescence system. The data show that weakly ...

Abstract: The angular momentum principle is employed to locate the trajectories of wastewater plumes. This momentum-based method differs from the traditional approach where a perturbation analysis, based on the centerline velocities, ...

Abstract: We present a model for predicting the behavior of a buoyant discharge in a cross-flow. The model is developed through a hybrid of the length scale and integral approaches. We compare the predictions of the hybrid model ...

Abstract: Analytical solutions are developed to predict the behavior of inclined negatively buoyant discharges and these solutions are compared with data from previous studies and from experiments described here, where light attenuation ...

Abstract: Trajectory and centerline mean dilution data obtained from negatively buoyant jets, using a laser-induced fluorescence system, are presented at locations beyond the point at which the discharged fluid returns to its release ...

Abstract: Combustion Engineering is under contract to EPRI to develop, construct and implement into a utility boiler a prototype on-line Boiler Stress and Condition Analyzer. The objective of the program ...