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Question 1 of 12
1. Question
Which of the following are requirements for setting up mathematical models to describe a fluid motion?
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Question 2 of 12
2. Question
How to determine the number of differential equations needed to solve a mathematical model representing a physical phenomenon?
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Question 3 of 12
3. Question
In fluid motion, a fluid parcel is being observed through space and time. Which approach is this?
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Question 4 of 12
4. Question
How do we transform an equation from a Lagrangian framework to a Eulerian framework?
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Question 5 of 12
5. Question
The energy per unit mass contained in a system is comprised of __________.
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Question 6 of 12
6. Question
How do we include effects like radiation not represented in the internal, kinetic and potential energies into the conservation of energy equation?
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Question 7 of 12
7. Question
Why is a surface integral used to represent heat transfer phenomenon to the fluid parcel?
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Question 8 of 12
8. Question
What is the type of surface force a fluid particle experiences?
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Question 9 of 12
9. Question
Non conservative form of the governing equation is not valid for _________.
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Question 10 of 12
10. Question
Which of the following is a requirement for developing a mathematical model in fluid dynamics?
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Question 11 of 12
11. Question
What type of PDEs describe inviscid incompressible steady-state flow?
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Question 12 of 12
12. Question
No-slip wall boundary condition are required to model what type of flows?
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