A knowledge of hydraulic losses and secondary flows caused by elbows in a pipe line is of great importance in the field of hydraulic engineering. The results with a single 90°-elbow and two 90°-elbows were published in the previous report, but from these results only, the hydraulic loss and the flow pattern due to three elbows or more, located successively in a pipe line, cannot be predicted perfectly. By using various combinations of three 90°-elbows, the relationship between the hydraulic loss and the secondary flow is investigated. The loss and the flow pattern are strongly governed by the geometrical configuration of the pipe when the distance between the neighbouring elbows is small. A comparison of this with the previous results gives...
Thesis (MTech (Mechanical Engineering))--Cape Peninsula University of Technology, 2017.Space limitat...
This study consists of collecting and analyzing experimental data to determine the D...
This study consists of collecting and analyzing experimental data to determine the D...
A knowledge of hydraulic losses and secondary flows caused by elbows in a pipe line is of great impo...
In the past, several papers on hydraulic losses and secondary flow in various combinations of commer...
In the past, several papers on hydraulic losses and secondary flow in various combinations of commer...
This Final Year Project (FYP) report presents a study on the flow pressure loss in three pipe elbows...
Test data is described for two ninety degree elbows that are in series for a piping network. Both el...
A coiled pipe, a helically bent pipe and a wavily bent pipe are used in practical engineering for ma...
Test data is described for three different piping elbows. These include 900 elbows with radii of cur...
Due to the character of the original source materials and the nature of batch digitization, quality ...
Due to the character of the original source materials and the nature of batch digitization, quality ...
When designing a pipeline system, it is important to understand the pressure losses that will occur ...
When designing a pipeline system, it is important to understand the pressure losses that will occur ...
As water moves through pipes, it loses energy. The energy losses are due to friction and the minor l...
Thesis (MTech (Mechanical Engineering))--Cape Peninsula University of Technology, 2017.Space limitat...
This study consists of collecting and analyzing experimental data to determine the D...
This study consists of collecting and analyzing experimental data to determine the D...
A knowledge of hydraulic losses and secondary flows caused by elbows in a pipe line is of great impo...
In the past, several papers on hydraulic losses and secondary flow in various combinations of commer...
In the past, several papers on hydraulic losses and secondary flow in various combinations of commer...
This Final Year Project (FYP) report presents a study on the flow pressure loss in three pipe elbows...
Test data is described for two ninety degree elbows that are in series for a piping network. Both el...
A coiled pipe, a helically bent pipe and a wavily bent pipe are used in practical engineering for ma...
Test data is described for three different piping elbows. These include 900 elbows with radii of cur...
Due to the character of the original source materials and the nature of batch digitization, quality ...
Due to the character of the original source materials and the nature of batch digitization, quality ...
When designing a pipeline system, it is important to understand the pressure losses that will occur ...
When designing a pipeline system, it is important to understand the pressure losses that will occur ...
As water moves through pipes, it loses energy. The energy losses are due to friction and the minor l...
Thesis (MTech (Mechanical Engineering))--Cape Peninsula University of Technology, 2017.Space limitat...
This study consists of collecting and analyzing experimental data to determine the D...
This study consists of collecting and analyzing experimental data to determine the D...