a flow of water at 25 ◦ C and in steady state with uniform velocity
profiles. In section (3), the flow turns into a free jet. Neglecting
the weight of the pipe and the water, determine the components
of the force F = (F x , F y ) required to hold the system in
place.
- We Are Interested In The U Shaped Pipe Below In Which Circulates A Flow Of Water At 25 C And In Steady State With Unif 1 (679 Bytes) Viewed 24 times
- We Are Interested In The U Shaped Pipe Below In Which Circulates A Flow Of Water At 25 C And In Steady State With Unif 2 (743 Bytes) Viewed 24 times
- We Are Interested In The U Shaped Pipe Below In Which Circulates A Flow Of Water At 25 C And In Steady State With Unif 3 (777 Bytes) Viewed 24 times
- We Are Interested In The U Shaped Pipe Below In Which Circulates A Flow Of Water At 25 C And In Steady State With Unif 4 (39.61 KiB) Viewed 24 times
m2
m3
y V₂ P2 V₁ P₁ 2 V3 Jet libre D3 3 D₂ D₁ 1 Figure 1: Conduite en U CV