Colebrook equation is used to find a friction factor, f, in a pipe flow as given by:

where ? and Re are the roughness ratio and Reynolds number respectively. Considering air flow through a pipe with a diameter of 0.005m, ?=0.0015 mm, and Re=13,743, compute the friction number using the Newton-Raphson method and the Matlab built-in function "fzero".

 

 

Posted Date: 3/13/2013 1:07:46 AM | Location : United States

Ask an Expert

Related Discussions:- Find a friction factor-newton-raphson method, Assignment Help, Ask Question on Find a friction factor-newton-raphson method, Get Answer, Expert's Help, Find a friction factor-newton-raphson method Discussions

Write discussion on Find a friction factor-newton-raphson method
Your posts are moderated

Write your message here..

Related Questions

Phosphate conditioning, internal treatment with reference to phosphate cond... internal treatment with reference to phosphate conditioning

#synthetic rubber, #brife about 40 pages #brife about 40 pages

Baffeld tankwith a six blade turbine agitator:, power requaired calculation... power requaired calculation example.

Hard ness of bore well water is less than sea water justify, why hard ness... why hard ness of bore well water is less than sea water? justify.

Separation process, develop a process schematic which will yield separation... develop a process schematic which will yield separation process streams

Road construction, steps involved in road construction steps involved in road construction

Organic chemistry, explain the identification of organic compounds basing o... explain the identification of organic compounds basing on the structural theory

Jhfjrt, nughurshhsffffffffffffff nughurshhsffffffffffffff

Specific consumption to produce DMAPA, Reactants Acrylonitrile and Dimethyl... Reactants Acrylonitrile and Dimethylamine to form product DMAPA i.e. Dimethylaminopropylamine. What is the specific consumption of reactants to produce 1mole of DMAPA

Water, what is break point on chlorination what is break point on chlorination