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please see the attached files and make a formal report in Hydraulics lab Document Preview: Head Loss Formal report The full length report should include the following: 1) Abstract (250 words or...

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please see the attached files and make a formal report in Hydraulics lab
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Head Loss Formal report The full length report should include the following: 1) Abstract (250 words or less) 2) Introduction (background and objectives) 3) Methodology (detailed) 4) Results 5) Discussion 6) Conclusions 7) References 8) Appendix (raw data) Data and calculation Table 1: Trial H1(Left )H2(Right) V(ml) T(s) Hf (mm)Q(m3/s) VAvg. (m/s) Re fhf (mm)  Diff. %199431729.823327.3321.03852383.760.0386342.63.19211341964.59.133067.0651.00072296.840.0378311.51.803130403609.032736.6450.94112160.250.0369269.01.4741573755592186.1110.86561986.830.0329202.96.935197337509.131405.4760.77571780.490.0312154.510.366223314399.03914.3190.6111404.10.03195.54.95

Answered Same Day Dec 23, 2021

Solution

Robert answered on Dec 23 2021
124 Votes
ABSTRACT:
When fluid passes through any pipe system there is loss of energy and pressure continuously drops in stream wise direction. Friction between fluid and walls of the pipe system causes this loss of energy i.e. head loss. Head loss can be major or minor. Condition of inside of a pipe also has a great influence on the head loss of the flow of liquid. 
INTRODUCTION:
Head loss indicates drop in total head of fluid as it moves through a pipe system. Vertical height of a fluid column, connected to a flow by a static pressure tap, is termed as head of that flow of the fluid. Elevation head, velocity head and pressure head are three components of the head of fluid flow. This head is lost due to friction between the fluid and the walls of the pipe system. Head loss is i
eversible and this loss can be of two types – major loss and minor loss. Major loss is due to loss of energy per length of pipe in which flow is fully developed. Minor loss is loss in pipe fittings, bends,...
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