We consider the method of calculating the pressure in apparatuses with swirling flows, depending on the different materials. The influence on the calculation of pressure losses in the two-phase swirling flows of various parameters for the organization of fuel combustion processes, mass and heat transfer, dust collection. Dependence of pressure drop on the amount of energy consumed and the choice of blowers for apparatuses with swirling flows. The causes of pressure drops in two-phase swirling flows are given and listed. The loss of gas kinetic energy in apparatuses with twisted and counter twisted flows of gas suspensions exceeds losses from all other causes, that only this loss should be taken into account. The peculiarities of design and ...
The object of research is construction of a vortex dust collector. To solve the problem of increasin...
Swirl stabilized combustion is a technology which, for stationary combustion, consumes more than 70 ...
Swirl stabilized combustion is a technology which, for stationary combustion, consumes more than 70 ...
We consider the method of calculating the pressure in apparatuses with swirling flows, depending on ...
It provides analysis of methods for assessing circumferential speeds distribution of pressure in the...
Swirl flows are used in a wide range of industrial applications. In non-reacting cases, examples of ...
AbstractPerformed investigation of pulverized fuel combustion in swirl flows has shown that there ar...
It provides analysis of methods for assessing circumferential speeds distribution of pressure in the...
It provides analysis of methods for assessing circumferential speeds distribution of pressure in the...
In this work a new mechanical device to improve the gas flow in cyclones by pressure drop reduction ...
The object of research is vortex dust collectors – apparatus in which hydrodynamic regimes are reali...
Abstract- In this work a new mechanical device to improve the gas flow in cyclones by pressure drop ...
International audienceCombustion instabilities depend on a variety of parameters and operating condi...
International audienceCombustion instabilities depend on a variety of parameters and operating condi...
Problem. Perturbation of the flow by measuring instruments forces researchers to choose optical rese...
The object of research is construction of a vortex dust collector. To solve the problem of increasin...
Swirl stabilized combustion is a technology which, for stationary combustion, consumes more than 70 ...
Swirl stabilized combustion is a technology which, for stationary combustion, consumes more than 70 ...
We consider the method of calculating the pressure in apparatuses with swirling flows, depending on ...
It provides analysis of methods for assessing circumferential speeds distribution of pressure in the...
Swirl flows are used in a wide range of industrial applications. In non-reacting cases, examples of ...
AbstractPerformed investigation of pulverized fuel combustion in swirl flows has shown that there ar...
It provides analysis of methods for assessing circumferential speeds distribution of pressure in the...
It provides analysis of methods for assessing circumferential speeds distribution of pressure in the...
In this work a new mechanical device to improve the gas flow in cyclones by pressure drop reduction ...
The object of research is vortex dust collectors – apparatus in which hydrodynamic regimes are reali...
Abstract- In this work a new mechanical device to improve the gas flow in cyclones by pressure drop ...
International audienceCombustion instabilities depend on a variety of parameters and operating condi...
International audienceCombustion instabilities depend on a variety of parameters and operating condi...
Problem. Perturbation of the flow by measuring instruments forces researchers to choose optical rese...
The object of research is construction of a vortex dust collector. To solve the problem of increasin...
Swirl stabilized combustion is a technology which, for stationary combustion, consumes more than 70 ...
Swirl stabilized combustion is a technology which, for stationary combustion, consumes more than 70 ...