Study of TFE/NMP partial filmwise condensation heat and mass coupling transfer on horizontal tube;

Numerical simulations of overfull liquid absorption in a horizontal tube;

Experimental comparison of flow boiling heat transfer coefficients for HFC 134a and CFC 12 in horizontal tube;

The paper introduces the study and progress on the flow law of oil-gas-water three-phase flow in horizontal pipes at home and abroad in recent years.

horizontal pipe are investigated for a large range of gas and liquid superficial velocities.

The rheological property of oil-water mixture while flowing through horizontal pipe was studied.

A review and evaluation of investigation on evaporation of pure refrigerants inside horizontal tubes;

Methods and formulations for calculating local flow boiling heat transfer coefficients of mixture refrigerants inside horizontal tubes are compared and analyzed.

Oil gas water three phase flow in horizontal tubes was observed experimentally.

The sieve-plate liquid distributor is a new type of liquid distributor which is suitable for the large-sized horizontal-tube falling-film evaporator was illustrated and tested in this paper.

The effects of liquid load, evaporation boiling point, evaporation temperature difference and tube diameter on film thickness, waving intensity and, as a result, the heat-transfer film coefficients outside the horizontal-tube were studied experimentally.

Measures of improving the management level and the operational efficiency of the large track maintenance machine;

Strict road construction contract management and accelerate the increasing of project management level;

Evaluation of management level of weapon system development departments based on Bayes analysis;

Study on velocity for heterogeneous flow in horizontal pipe;

Method of Neural Network in Velocity for Heterogeneous Flow of Slurry Flow in Horizontal Pipe;

Moreover, large eddy simulation ( LES) theory model is briefly reviewed in this paper, and then a calculation case of LES for horizontal pipe to reveal flow field under the interaction between two different velocity streams was carried out by using parallel computer and computational fluid dynamics (CFD) code.