A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Kinematic Characteristics of Potential Flow Caused By an Inflow Cylinder of Finite Length, Situated on an Infinite Impermeable Cylinder
The kinematic characteristics are considered of potential flow caused by an inflow cylinder of finite length, situated on an infinite impermeable cylinder filled with an ideal liquid. An algorithm is proposed for calculating the velocities along verticals that offer good determination accuracy. It is determined that flow characteristics confirm the correctness of analytical studies of potential flow created by an inflow cylinder of finite length, carried out by the author using his new approach for the investigation of potential flows having no analytical expression of the velocity-potential function. It is determined that the flow under consideration may be used to analyze hydraulic turbine spiral chambers.
Kinematic Characteristics of Potential Flow Caused By an Inflow Cylinder of Finite Length, Situated on an Infinite Impermeable Cylinder
The kinematic characteristics are considered of potential flow caused by an inflow cylinder of finite length, situated on an infinite impermeable cylinder filled with an ideal liquid. An algorithm is proposed for calculating the velocities along verticals that offer good determination accuracy. It is determined that flow characteristics confirm the correctness of analytical studies of potential flow created by an inflow cylinder of finite length, carried out by the author using his new approach for the investigation of potential flows having no analytical expression of the velocity-potential function. It is determined that the flow under consideration may be used to analyze hydraulic turbine spiral chambers.
Kinematic Characteristics of Potential Flow Caused By an Inflow Cylinder of Finite Length, Situated on an Infinite Impermeable Cylinder
Mikhailov, I. E. (author)
Power Technology and Engineering ; 50 ; 395-400
2016-11-01
6 pages
Article (Journal)
Electronic Resource
English
kinematic flow characteristics , equipotential surface , flow surface , equipotential line , flow line , inflow cylinder of finite length , impermeable infinite cylinder Engineering , Energy Technology , Power Electronics, Electrical Machines and Networks , Renewable and Green Energy , Geoengineering, Foundations, Hydraulics