1 Ratio of inertial to viscous forces- J Re
2 Responsible for the capillary rise and fall - H (sigma s)
3 Pressures constant along a streamline - C couette flow
4 The model and prototype have the same -
time scale ratio. - A kinamatic similarity
5 Flow driven by a pressure gradient - L poiseuilly flow
6 Distance that the boundary layer deflects streamlines to preserve mass flow - M delta plaus(x)
7 Heads constant along a streamline - K pressure , velocity and elevation
8 Streak line - G curved formed by particle moving in time
9 Path line -B curved formed by particles moving in time
10 The model and prototype have the same force scale.
11 A sufficiently strong adverse pressure
gradient can cause this phenomenon -E separated flow
12 Downstream disturbance in the flow after a static or moving body - I WakeWake
Match the following formula/description (1-12) to their concept/symbol (A-M). (Write the numbers in the order of...
Match the following formula/description (1-12) to their concept/symbol (A-M). (Write the numbers in the order of the corresponding concept/symbol). 1 Ratio of inertial to viscous forces A Kinematic similarity 2 Responsible for the capillary rise and fall B Curve formed by particles moving in time 3 Pressures constant along a streamline C Couette flow 4 The model and prototype have the same time scale ratio. D Dynamic similarity 5 Flow driven by a pressure gradient E Separated flow 6 Distance...