Accurate estimation of friction losses in pipes is an important engineering task. Due to their simplicity, empirical equations are often used for determining pressure drops in pipes. One of the most widely used empirical equations for calculation of pressure drops in straight pipes is Hazen-Williams equation. In this paper, the authors have established a simple method of the inclusion of pipe roughness in Hazen-Williams equation by comparison with a widely accepted Darcy-Weisbach method coupled with Colebrook friction factor formula for developed turbulent flow
The friction in pipe flows can be described using either the Moody diagram or the Nikuradse function...
The Colebrook –white equation is widely used in many fields, like civil engineering for calculation ...
The appropriate estimation of frictional losses in a pipeline system is essential. So far, little at...
Accurate estimation of friction losses in pipes is an important engineering task. Due to their simpl...
Precizna procena pada pritiska usled trenja u cevovodima je veoma bitan inženjerski zadatak. Pre sve...
Precizna procena pada pritiska usled trenja u cevovodima je veoma bitan inženjerski zadatak. Pre sve...
Purpose The purpose of this paper is to present an improved computational method for determining the...
A dimensionally homogeneous and accurate formula has been derived in this research for the estimatio...
The accurate estimation of frictional head loss is essential when designing water distribution pipel...
Estimations of friction factor (Ff) in pipeline systems and fluid transport are essential ingredient...
The authors investigate in this paper the accuracy and range of validity of both Hazen-Williams and ...
Two methods are proposed for the computation of friction factors of commercial pipes. The first meth...
This work addresses the estimation of two interrelated parameters of the fluid flow in pipes. First,...
Predictions of the frictional pressure drop using friction factor correlations that have been develo...
The friction in pipe flows can be described using either the Moody diagram or the Nikuradse function...
The friction in pipe flows can be described using either the Moody diagram or the Nikuradse function...
The Colebrook –white equation is widely used in many fields, like civil engineering for calculation ...
The appropriate estimation of frictional losses in a pipeline system is essential. So far, little at...
Accurate estimation of friction losses in pipes is an important engineering task. Due to their simpl...
Precizna procena pada pritiska usled trenja u cevovodima je veoma bitan inženjerski zadatak. Pre sve...
Precizna procena pada pritiska usled trenja u cevovodima je veoma bitan inženjerski zadatak. Pre sve...
Purpose The purpose of this paper is to present an improved computational method for determining the...
A dimensionally homogeneous and accurate formula has been derived in this research for the estimatio...
The accurate estimation of frictional head loss is essential when designing water distribution pipel...
Estimations of friction factor (Ff) in pipeline systems and fluid transport are essential ingredient...
The authors investigate in this paper the accuracy and range of validity of both Hazen-Williams and ...
Two methods are proposed for the computation of friction factors of commercial pipes. The first meth...
This work addresses the estimation of two interrelated parameters of the fluid flow in pipes. First,...
Predictions of the frictional pressure drop using friction factor correlations that have been develo...
The friction in pipe flows can be described using either the Moody diagram or the Nikuradse function...
The friction in pipe flows can be described using either the Moody diagram or the Nikuradse function...
The Colebrook –white equation is widely used in many fields, like civil engineering for calculation ...
The appropriate estimation of frictional losses in a pipeline system is essential. So far, little at...