Aersp_312_Homework_No_6

Aersp_312_Homework_No_6 - HW6...

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HW6 C:\Users\DKM_Laptop\Documents\DKM TEACHING.10\A 312 SP.10\Homework.10\Aersp 312 Homework No 6.docx Aersp 312 Homework No. 6 Deriving the Normal Shock Jump Conditions Assigned: April 7, 2010 D.K. McLaughlin Due: April 14, 2010 5:00PM Starting from the governing equations for a control volume that encompasses a normal shock wave: and the ideal gas law and the calorically perfect gas law, derive the following equations: and Some intermediate steps follow:
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Unformatted text preview: HW6 C:\Users\DKM_Laptop\Documents\DKM TEACHING.10\A 312 SP.10\Homework.10\Aersp 312 Homework No 6.docx By inserting a combined continuity and momentum equation into the energy equation you can obtain: You can re-arrange this equation to obtain the solution for the velocity ratio condition. To find the equation for M 2 start with the ratio of (M 2 / M 2 ) 2 and expand it into ratios of known properties....
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Aersp_312_Homework_No_6 - HW6...

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