Freestream - Aerodynamics - Home Work, Exercises of Engineering Dynamics

These are the Home Work of Aerodynamics which includes Unit Span, Airfoil, Line Shape, Non Dimensionalized, Distances, Constant, Lift Coefficient, Aerodynamic Center, Approach Identical etc. Key important points are: Freestream, Anderson, Units, Calculations, Units Make Sense, Supplied Force, Coefficients, Coordinate System, Excel, Graph

Typology: Exercises

2012/2013

Uploaded on 03/24/2013

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Homework Set #1
This homework is based on Chapter 1 of our text book by Anderson. Show all the units
when doing the calculations. Check the final answers to make sure the units make sense.
Do the following problems:
1.1
1.3
1.5 Hint: rotate the supplied force coefficients given on a coordinate system attached to
the chord line to a coordinate system attached to the freestream. See equations 1.18,
1.19 to see how this is done.
1.6 Hint: See example 1.3. You may plot the requested info using Excel or on a graph
paper.
1.9 Hint: See example 1.4 first.
1.12 Hint: Weight = Lift – Buoyancy Force. See example 1.8 to find out how the
buoyancy force is computed.
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Homework Set #

This homework is based on Chapter 1 of our text book by Anderson. Show all the units when doing the calculations. Check the final answers to make sure the units make sense.

Do the following problems:

1.5 Hint: rotate the supplied force coefficients given on a coordinate system attached to the chord line to a coordinate system attached to the freestream. See equations 1.18, 1.19 to see how this is done.

1.6 Hint: See example 1.3. You may plot the requested info using Excel or on a graph paper.

1.9 Hint: See example 1.4 first.

1.12 Hint: Weight = Lift – Buoyancy Force. See example 1.8 to find out how the buoyancy force is computed.

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