MY 3241
MY 3241 - Benjamin Franklin Institute Of Technology Study Resources
  • 6 Pages matlab streamfunction examples
    Matlab Streamfunction Examples

    School: Benjamin Franklin Institute Of Technology

  • 18 Pages 3241 Lecture 10
    3241 Lecture 10

    School: Benjamin Franklin Institute Of Technology

    MAE 3241: AERODYNAMICS AND FLIGHT MECHANICS Introduction to Streamlines, Stream Functions, and Velocity Potential February 2, 2007 Mechanical and Aerospace Engineering Department Florida Institute of Technology D. R. Kirk WHAT DOES EULER'S EQUATION

  • 2 Pages 3241.CQ5 Solution
    3241.CQ5 Solution

    School: Benjamin Franklin Institute Of Technology

    3241: Aerodynamics and Flight Mechanics Name: _Solution_ Concept Quiz #5 Consider again the example of the rocket on a thrust stand discussed in class. An actual rocket in flight is not attached to a thrust stand and is free to rapidly accelerate t

  • 1 Page 3241.CQ4
    3241.CQ4

    School: Benjamin Franklin Institute Of Technology

    3241: Aerodynamics and Flight Mechanics Concept Quiz #4 Name: _ The purpose of this concept quiz is to examine the application momentum equation for part of a control surface analysis. The momentum equation is: d d d d d ^ UdV + U (U n)dS = F d

  • 1 Page 3241.CQ2 Solution
    3241.CQ2 Solution

    School: Benjamin Franklin Institute Of Technology

  • 1 Page 3241.CQ2
    3241.CQ2

    School: Benjamin Franklin Institute Of Technology

    MAE 3241: Aerodynamics and Flight Mechanics Concept Quiz #2 Name: _ A two dimensional flow field is observed to have the following components: u = a x2 - y2 ( ) v = -2axy w=0 Is this flow incompressible? Is this flow irrotational?

  • 4 Pages 3241 Lecture 4
    3241 Lecture 4

    School: Benjamin Franklin Institute Of Technology

    MAE 3241: AERODYNAMICS AND FLIGHT MECHANICS Views of Motion: Eulerian and Lagrangian January 22, 2007 Mechanical and Aerospace Engineering Department Florida Institute of Technology D. R. Kirk VECTOR CALCULUS REVIEW ( a ) = 0 The curl of the gra

  • 8 Pages 3241 Lecture 3
    3241 Lecture 3

    School: Benjamin Franklin Institute Of Technology

    MAE 3241: AERODYNAMICS AND FLIGHT MECHANICS Review of Fundamental Definitions and Examples January 19, 2007 Mechanical and Aerospace Engineering Department Florida Institute of Technology D. R. Kirk Spring 2007 WHAT CREATES AERODYNAMIC FORCES? Aer

  • 3 Pages MAE 3241 Hmk1 Solution
    MAE 3241 Hmk1 Solution

    School: Benjamin Franklin Institute Of Technology

  • 1 Page 3241.CQ1 Solution
    3241.CQ1 Solution

    School: Benjamin Franklin Institute Of Technology

    MAE 3241: Aerodynamics and Flight Mechanics Concept Quiz #1 Circle all the answer choices that apply: Name: _ 1. My primary area of interest within aerospace engineering is (structures / aerodynamics / flight controls / propulsion). 2. As a future

  • 56 Pages 3241 Final Review
    3241 Final Review

    School: Benjamin Franklin Institute Of Technology

    MAE 3241: AERODYNAMICS AND FLIGHT MECHANICS Final Exam Review and Closing Comments Mechanical and Aerospace Engineering Department Florida Institute of Technology D. R. Kirk OVERVIEW OF ACCOMPLISHMENT "This book is designed for a 1-year course in

  • 16 Pages MATLAB Tutorial
    MATLAB Tutorial

    School: Benjamin Franklin Institute Of Technology

  • 36 Pages 3241 Lecture 39
    3241 Lecture 39

    School: Benjamin Franklin Institute Of Technology

    MAE 3241: AERODYNAMICS AND FLIGHT MECHANICS Compressible Flow Over Airfoils: Linearized Subsonic Flow April 23, 2007 Mechanical and Aerospace Engineering Department Florida Institute of Technology D. R. Kirk WHAT ARE WE DOING NOW? Goal: Examine

  • 4 Pages 3241 Syllabus 2007
    3241 Syllabus 2007

    School: Benjamin Franklin Institute Of Technology

    MAE 3241: AERODYNAMICS AND FLIGHT MECHANICS Spring 2007 Course Website: http:/my.fit.edu/~dkirk/3241 Daniel R. Kirk Email: dkirk@fit.edu Phone: (321) 674-7622 Office: Olin Engineering Center 215 Office Hours: Tuesday 9-11 am and Thursday 2-4 pm Lectu

  • 21 Pages Dihedral
    Dihedral

    School: Benjamin Franklin Institute Of Technology

    MAE 3241: AERODYNAMICS AND FLIGHT MECHANICS Examples of Dihedral, Anhedral, Adverse Yaw and Leading Edge Extensions April 11, 2007 Mechanical and Aerospace Engineering Department Florida Institute of Technology D. R. Kirk DIHEDRAL Dihedral, , is

  • 1 Page 3241.CQ13
    3241.CQ13

    School: Benjamin Franklin Institute Of Technology

    MAE 3241: Aerodynamics and Flight Mechanics Concept Quiz #13 Name: _ A new airfoil design is given by 3 algebraic equations that provide an expression for the mean camber line (z/c) defined in terms of distance along the chord (x/c). Equation 1 is

  • 10 Pages MAE 3241 Hmk6 Solution
    MAE 3241 Hmk6 Solution

    School: Benjamin Franklin Institute Of Technology

  • 1 Page MAE 3241 Hmk 6
    MAE 3241 Hmk 6

    School: Benjamin Franklin Institute Of Technology

    MAE 3241: Aerodynamics and Flight Mechanics Homework #6 Assigned: March 21, 2007 Due: March 30, 2007 Complete the following problems from the Fundamentals of Aerodynamics, 3rd Edition: 4.6 4.7 4.8 4.10 Also complete the following questions: Questio

  • 1 Page 3241.CQ12
    3241.CQ12

    School: Benjamin Franklin Institute Of Technology

    MAE 3241: Aerodynamics and Flight Mechanics Concept Quiz #12 Name: _ Consider a thin, symmetric airfoil at 2 angle of attack. From the results of thin airfoil theory, calculate the lift coefficient and the moment coefficient about the leading edge.

  • 39 Pages TAFT
    TAFT

    School: Benjamin Franklin Institute Of Technology

    MAE 3241: AERODYNAMICS AND FLIGHT MECHANICS Thin Airfoil Theory Mechanical and Aerospace Engineering Department Florida Institute of Technology D. R. Kirk OVERVIEW: THIN AIRFOIL THEORY Fundamental Equation of Thin Airfoil Theory : 1 ( ) d dz

  • 4 Pages MAE 3241 Hmk5 Solution
    MAE 3241 Hmk5 Solution

    School: Benjamin Franklin Institute Of Technology

  • 1 Page MAE 3241 Hmk 5
    MAE 3241 Hmk 5

    School: Benjamin Franklin Institute Of Technology

    MAE 3241: Aerodynamics and Flight Mechanics Homework #5 Assigned: March 16, 2007 Due: March 26, 2007 Question 1: Consider an infinite wing with an NACA 1412 airfoil section and a chord length of 3 ft. The wing is at an angle of attack of 5 in an ai

  • 59 Pages 3241 Lecture 19
    3241 Lecture 19

    School: Benjamin Franklin Institute Of Technology

    MAE 3241: AERODYNAMICS AND FLIGHT MECHANICS REVIEW OF INCOMPRESSIBLE FLOW OVER AIRFOILS AND WINGS Mechanical and Aerospace Engineering Department Florida Institute of Technology D. R. Kirk AIRFOILS VERSUS WINGS Why do airfoils have such a shape? H

  • 1 Page 3241.CQ11
    3241.CQ11

    School: Benjamin Franklin Institute Of Technology

    MAE 3241: Aerodynamics and Flight Mechanics Concept Quiz #11 Name: _ Consider a rectangular wing with an NACA 0009 airfoil spanning the test section of a wind tunnel (we say spanning the entire test section to indicate that the wing has no ends, or

  • 1 Page MAE 3241 Hmk 4
    MAE 3241 Hmk 4

    School: Benjamin Franklin Institute Of Technology

    MAE 3241: Aerodynamics and Flight Mechanics Homework #4 Assigned: February 21, 2007 Due: March 2, 2007 Complete the following problems from the Fundamentals of Aerodynamics, 4th Edition: 3.11 3.12 3.15 Also complete the following questions: Questio

  • 6 Pages 3241 Exam 1
    3241 Exam 1

    School: Benjamin Franklin Institute Of Technology

    MAE 3241: Aerodynamics and Flight Mechanics February 11, 2005 Name: _ Exam #1 Exam is worth 100 points and has 4 questions (30/30/25/25). Read each question carefully and show all your work. Question 1 (30 Points): An F-4 Phantom is being refueled

  • 1 Page 3241.CQ10 Solution
    3241.CQ10 Solution

    School: Benjamin Franklin Institute Of Technology

  • 1 Page 3241.CQ9
    3241.CQ9

    School: Benjamin Franklin Institute Of Technology

    MAE 3241: Aerodynamics and Flight Mechanics Concept Quiz #9 Name: _ The Figure below (Figure 3.23 from Anderson) shows the superposition of a uniform flow and a source-sink pair, which describes the flow over the so-called Rankine oval. We have sh

  • 2 Pages MAE 3241 Hmk 3
    MAE 3241 Hmk 3

    School: Benjamin Franklin Institute Of Technology

    MAE 3241: Aerodynamics and Flight Mechanics Homework #3 Assigned: February 5, 2007 Due: February 14, 2007 Complete the following problems from the Fundamentals of Aerodynamics, 4th Edition: 1.11 1.13 2.7 Comment: For part (a) of this question, whic

  • 1 Page 3241.CQ7
    3241.CQ7

    School: Benjamin Franklin Institute Of Technology

    MAE 3241: Aerodynamics and Flight Mechanics Concept Quiz #7 Name: _ A two dimensional, incompressible flow field is given by the velocity field: ^ V = 3 yi + 2 x^ j Does this flow field satisfy continuity? 1 If so, find the stream function (x,y) a

Back to course listings