In this study, the friction factors of unsteady pipe flows have been experimentally investigated. The normal temperature water was used as working fluid and pulsating flow superposed on the steady turblent flow, having the variation of velocity approximately represented by sine curve, was used. In the result, the time mean friction factors of the unsteady flow agree with that of steady flow, and the momentary friction factors in the accelerating state are smaller and in the decelerating state larger than that in steady flow for each Reynolds numbers
The key element in design of pipelines is the friction factor estimation. After the brief review of ...
The basic theory of friction in pipe flow was reviewed in the first part of this thesis. Using the r...
The basic theory of friction in pipe flow was reviewed in the first part of this thesis. Using the r...
In this study, the friction factors of unsteady pipe flows have been experimentally investigated. Th...
In this study, the friction factors of unsteady pipe flows have been experimentally investigated. Th...
In this study, the friction factors of oscillating pipe flows are experimentally investigated. As th...
In this study, the friction factors of oscillating pipe flows are experimentally investigated. As th...
In this study, the friction factors of oscillating pipe flows are experimentally investigated. As th...
Friction factor data from two recent pipe flow experiments are combined to provide a comprehensive p...
Two of the most promising analytical models of unsteady friction in turbulent pipe flows are based o...
Two of the most promising analytical models of unsteady friction in turbulent pipe flows are based o...
Two of the most promising analytical models of unsteady friction in turbulent pipe flows are based o...
The friction in non-stationary flow is an intriguing and interesting phenomenon. Many types of non-s...
This paper reviews a number of unsteady friction models for transient pipe flow. Two distinct unstea...
The key element in design of pipelines is the friction factor estimation. After the brief review of ...
The key element in design of pipelines is the friction factor estimation. After the brief review of ...
The basic theory of friction in pipe flow was reviewed in the first part of this thesis. Using the r...
The basic theory of friction in pipe flow was reviewed in the first part of this thesis. Using the r...
In this study, the friction factors of unsteady pipe flows have been experimentally investigated. Th...
In this study, the friction factors of unsteady pipe flows have been experimentally investigated. Th...
In this study, the friction factors of oscillating pipe flows are experimentally investigated. As th...
In this study, the friction factors of oscillating pipe flows are experimentally investigated. As th...
In this study, the friction factors of oscillating pipe flows are experimentally investigated. As th...
Friction factor data from two recent pipe flow experiments are combined to provide a comprehensive p...
Two of the most promising analytical models of unsteady friction in turbulent pipe flows are based o...
Two of the most promising analytical models of unsteady friction in turbulent pipe flows are based o...
Two of the most promising analytical models of unsteady friction in turbulent pipe flows are based o...
The friction in non-stationary flow is an intriguing and interesting phenomenon. Many types of non-s...
This paper reviews a number of unsteady friction models for transient pipe flow. Two distinct unstea...
The key element in design of pipelines is the friction factor estimation. After the brief review of ...
The key element in design of pipelines is the friction factor estimation. After the brief review of ...
The basic theory of friction in pipe flow was reviewed in the first part of this thesis. Using the r...
The basic theory of friction in pipe flow was reviewed in the first part of this thesis. Using the r...