MAE 424 Aerodynamics, Dr. Ringuette
March 26, 2014, 5:30 - 6:50pm
Midterm Exam
Open book, notes, homeworks, solutionsall paper resources are acceptable.
Tablets and laptops to view pdf files are accep
MAE 424 Aerodynamics, Dr. Ringuette
May 12, 2016; 7:15 - 10:15pm
Final Exam
Open book, notes, homeworks, solutionsall paper resources are acceptable.
Tablets and laptops to view pdf files from UBlearn
MAE 424 Aerodynamics, Dr. Ringuette
March 15, 2017, 5:00 - 6:20pm
Midterm Exam
Open book, notes, homeworks, solutionsall paper resources are acceptable.
Tablets and laptops to view pdf files from UBle
MAE WM, Dr. cfw_3%qu
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MAE 424: Aerodynamics, Spring 2017
Homework #4: Due Thursday 5/4/17 at the beginning of lecture
1. Below are a series of questions on thin airfoils.
(a) In terms of x, i.e. distance measured from the
MAE 424: Aerodynamics, Spring 2018
F-22 Raptor and F-35
Lightning, from
Lockheed Martin
https:/flic.kr/p/JauhBK
Description: The objective of this course is to teach you how to determine the flow of g
2
2
c
There was a mistake in
the original solution, the
factor of 2 was missing in
this cl equation.
(2)
100m/s
Unfortunately, correcting this mistake
leads to a test section freestream
velocity that
MAE 424: Aerodynamics, Spring 2016
Homework #1: Due Thursday 2/11/16 at the beginning of lecture
Any problems from Andersons text are provided in a pdf file (scanned from the text) in the
Assignments
MAE 424: Aerodynamics, Spring 2016
Homework #2: Due Tuesday 3/1/16 at the beginning of lecture
1. For the following incompressible, two-dimensional (2-D) flow around an airfoil, a rectangular
control
MAE 424: Aerodynamics, Spring 2017
Homework #2: Due Tuesday 2/28/17 at the beginning of lecture
1. Consider fully-developed plane (i.e. 2-D) Poiseuille flow in the x-direction between infinite
paralle
MAE 424: Aerodynamics, Spring 2017
Homework #1: Due Thursday 2/16/17 at the beginning of lecture
1. A renegade pilot steals an SR-71 Blackbird from the Wright-Patterson Air Force Base
museum in Dayton
MAE 424: Aerodynamics, Spring 2017
Homework #3: Due Thursday 3/9/17 at the beginning of lecture
1. Consider the following potential flow: a vortex of strength , where > 0, is located at the
origin (x
MAE 424 Aerodynamics, Dr. Ringuette
March 24, 2016, 5:30 - 7:20pm
Midterm Exam
Open book, notes, homeworks, solutionsall paper resources are acceptable.
Tablets and laptops to view pdf files from UBle
MAE 424 :Aerodynamics
Project 2
Rob Szymkowiak
MAE 424: Aerodynamics - Project
Question 1: NACA 2412
a)
Rob Szymkowiak
MAE 424: Aerodynamics - Project
Rob Szymkowiak
For the cortex panel method, the l
MAE 424: Aerodynamics, Spring 2016
Homework #3: Due Friday 3/11/2016 at 3pm in an In box that will be placed outside 120
Jarvis (3pm gives me time to get it to the Grader before Spring Break)
1. Sink