Results are presented of an experimental study of an axisymmetric liquid nitrogen jet propagating at supercritical pressure (real gas) in a medium of gaseous nitrogen, and a comparison is given of the experimental data and results of theoretical calculations.
The results are given of an experimental investigation of the velocity and temperature fields in the resultant stream formed by five plane turbulent jets in a chamber.
Results are given of an experimental investigation of the flow parameters (velocity, static pressure and temperature fields) of the stream formed by the intersection of two plane-parallel turbulent jets.
The results are given of experimental investigations of the flow parameters (velocity, static pressure, temperature and mixture concentration fields) pertaining to the mixing of five plane turbulent jets.
The possibility is examined of calculating the inclination of the axis of a stream resulting from the mixing of turbulent jets, using a simplified method.
Results of experimental investigations are presented for the wake region behind a plate (placed across the flow) in immediate proximity to this plate and at short distances from it.
