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3 cards from this section. Quick, good the night before a test.
Define the term 'Specific Energy'.
Look at the definition we discussed in class regarding energy equations.
What does the continuity equation represent?
Think about how mass flow must stay constant in a flow system.
What does the energy equation in fluid dynamics primarily relate?
Consider all forms of energy affecting fluid flow.
True or False: The continuity equation states that mass flow rate can change throughout a fluid system.
Remember the principle of conservation in fluid dynamics.
Given an upstream depth of 1.5m and flow rate of 3.0 m^3/s in a rectangular channel, find the downstream depth when the channel rises by 0.5m.
Consider how the channel slope impacts energy loss while applying the equations.
Design a small channel that minimizes energy loss while maintaining a uniform flow rate of 5 m^3/s. Discuss the parameters you would consider in your design.
Focus on striving for balance in energy efficiency while considering the flow characteristics.
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