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School: Cornell
Course: Finite Element Analysis For Mechanical And Aerospace Design
MAE 4700/5700 (Fall 2012) Exam 1 October 16th, 7:30-9:30 pm Write in capital letters your full name and ID number on the front of the exam book. Closed books & notes. No electronic devises will be allowed during the exam Violators will be penalized follow
School: Cornell
Course: Future Energy Systems
MAE 5010 HW1 Solution 1) [25 pts] All the key points are listed on the graph. The discussion student wrote should include all the key points in order to receive full credits. 2) [15 pts] A power
School: Cornell
School: Cornell
School: Cornell
School: Cornell
School: Cornell
School: Cornell
School: Cornell
Course: Engrd 202
Ga-in (Jenny Lee) ARTH 1131 Essay 2 Formal analysis of an object in the Johnson Museum of Art Comparison The Fields in the Month of June (Les Champs au mois de juin) by Charles-Francois Daubigny depicts the landscape realistically, is easily discernable,
School: Cornell
ATOMISTIC MODELING OF MATERIALS , MAE715, Course Project, 2007 Study of Pentacene clustering using Atomistics and KMC simulations Krishna Iyengar kai8@cornell.edu Department of Theoretical and Applied Mechanics, Kimball Hall, Cornell University, Ith
School: Cornell
MAE 3250 Analysis of Mechanical and Aerospace Structures Prof. Yingxin Gao Lecture 8 Hookes Law (Textbook: 3.3) Thursday, Sept. 26, 2013 1 Stresses and Strains 15 unknowns 6 stresses 6 strains 3 displacement components 15 Equations are needed 3 equi
School: Cornell
MAE 3250 Analysis of Mechanical and Aerospace Structures Prof. Yingxin Gao Lecture 6 Definition of Strain, Strain Tensor (Textbook: 2.1, 2.2, 2.5) Thursday, Sept.19, 2013 1 MAE 3250 RoadMap v BCs v Engineering Matls Physical Principles Fundamental Quanti
School: Cornell
MAE 3250 Analysis of Mechanical and Aerospace Structures Prof. Yingxin Gao Lecture 5 Coordinate Transformation Principal Stresses (Textbook: 1.5-1.7) Tuesday, Sep. 10, 2013 1 Chapter 1 The Stress Tensor 1.1 1.2 1.3 1.4 1.5 1.6 1.7 Definition of stress The
School: Cornell
MAE 3250 Analysis of Mechanical and Aerospace Structures Prof. Yingxin Gao Lecture 4 Differential Equation of Equilibrium (FEM demo) Thursday, Sep. 12, 2013 1 3-D Differential Equations of Equilibrium x xy xz fx 0 x y z xy x y y yz z fy 0 xz yz z
School: Cornell
MAE 3250 Analysis of Mechanical and Aerospace Structures Prof. Yingxin Gao Lecture 3 Differential Equation of Equilibrium (Textbook: 1.4) Thursday, Sep. 5, 2013 1 Chapter 1 The Stress Tensor 1.1 1.2 1.3 1.4 1.5 1.6 1.7 Definition of stress The stress tens
School: Cornell
MAE 3250 Analysis of Mechanical and Aerospace Structures Prof. Yingxin Gao Lecture 2 Traction and Cauchy Formula (Textbook: 1.1-1.3) Tuesday, Sep. 2, 2013 1 MAE 3250 RoadMap v BCs v Engineering Matls Physical Principles Fundamental Quantities: Stress Stra
School: Cornell
Course: Finite Element Analysis For Mechanical And Aerospace Design
MAE 4700/5700 (Fall 2012) Exam 1 October 16th, 7:30-9:30 pm Write in capital letters your full name and ID number on the front of the exam book. Closed books & notes. No electronic devises will be allowed during the exam Violators will be penalized follow
School: Cornell
Course: Finite Element Analysis For Mechanical And Aerospace Design
Practice Prelim II Questions MAE 4700/5700, Fall 2012 1 Problem 1 Short Answer Questions: (a) What is Green's theorem and why is it useful for nite element analysis? (b) In many of the problems considered in class, we used the H 1 space of functions (for
School: Cornell
Course: Finite Element Analysis For Mechanical And Aerospace Design
Exam 2 MAE 4700/5700 (Fall 2012) November 13th, 7:30-9:30 pm Write in capital letters your full name and ID number on the front of the exam book. Closed books & notes. No electronic devises will be allowed during the exam Violators will be penalized follo
School: Cornell
Course: Finite Element Analysis For Mechanical And Aerospace Design
Exam 2 MAE 4700/5700 (Fall 2012) November 13th, 7:30-9:30 pm Write in capital letters your full name and ID number on the front of the exam book. Closed books & notes. No electronic devises will be allowed during the exam Violators will be penalized follo
School: Cornell
Course: Finite Element Analysis For Mechanical And Aerospace Design
Practice Prelim I Questions MAE 4700/5700, Fall 2012 Problem 1 A linear element with stiness k is subjected to nodal forces F1 , F2 and displacements 1 , 2 at each of the two nodes as shown in the diagram. Demonstrate how the stiness matrix is formed for
School: Cornell
Course: Finite Element Analysis For Mechanical And Aerospace Design
MAE 4700/5700 (Fall 2012) Exam 1 October 16th, 7:30-9:30 pm Write in capital letters your full name and ID number on the front of the exam book. Closed books & notes. No electronic devises will be allowed during the exam Violators will be penalized follow
School: Cornell
Course: Future Energy Systems
MAE 5010 HW1 Solution 1) [25 pts] All the key points are listed on the graph. The discussion student wrote should include all the key points in order to receive full credits. 2) [15 pts] A power
School: Cornell
Problem Set #10 Solutions B- 8- 2) The switch is representative of a step response so we can analyze the system in the frequency domain. Apply a step input and inverse transform i(t):
School: Cornell
Copyright C 2013 by Mark L. Psiaki. All rights reserved. #6: MATLAB code: (headers omitted) % % Form the A, B, C, and D matrices of this partial model: % clear; clc; close all; %Define gain constants: Kp_phi = 8.0; Kd_phi = 1.36; K_sigma = 0.125; Kp_psi =
School: Cornell
MAE 3260 HW #9 Solutions Guide April 19, 2013 Problem 1 Part A Problem: Find a value of that produces a stable period-1 response at an xn value other than 0 for the map xn+1 = sin[2xn (1 xn )] and initial condition x0 = 0.99. Plot the resulting time histo
School: Cornell
Course: Dynamics Of Flight Vehicles
M&AE 5070 Dynamics of Flight Vehicles Course Syllabus D. A. Caughey 248 Upson Hall dac5@cornell.edu Spring 2011 This course provides an introduction to the engineering science of ight dynamics the response of ight vehicles to external perturbing forces an
School: Cornell
Course: Finite Element Analysis For Mechanical And Aerospace Design
MAE 4700/5700 (Fall 2012) Exam 1 October 16th, 7:30-9:30 pm Write in capital letters your full name and ID number on the front of the exam book. Closed books & notes. No electronic devises will be allowed during the exam Violators will be penalized follow
School: Cornell
Course: Future Energy Systems
MAE 5010 HW1 Solution 1) [25 pts] All the key points are listed on the graph. The discussion student wrote should include all the key points in order to receive full credits. 2) [15 pts] A power
School: Cornell
School: Cornell
School: Cornell
School: Cornell
School: Cornell
School: Cornell
School: Cornell
School: Cornell
School: Cornell
School: Cornell
School: Cornell
School: Cornell
School: Cornell
School: Cornell
School: Cornell
School: Cornell
School: Cornell
School: Cornell
School: Cornell
School: Cornell
School: Cornell
School: Cornell
School: Cornell
School: Cornell
School: Cornell
School: Cornell
School: Cornell
School: Cornell
4. at- d af TS ; A -AS She* 14 M r /D Q) ,A Oft l\ / 1 A* A j 1 aev ; <rf et DTTf*i TTf /-_ fll) <? O *> *s*/&f /'I? X - cd T fig. % % ) r 4.4-zt -
School: Cornell
School: Cornell
School: Cornell
Led </ rc G.9 *S'*t9 e^Cfrr'c 'r* 1 <r oy ', A & ol' r, rv -r~ A. 7"/ r. T=r-^ k Ltd 0 & &*, A *-A<9t = ( ./ n^ / ~rt r,. ,72 (gj % , 4, /a ^/ 4/h/o* h /; j 2 T Lee 7 $cA / U clt- 9, vT7 ( fokfiL > & U fi /ctn l_A OS Ut.f jU oil u,? faofior- J,y r K[rbr/
School: Cornell
School: Cornell
School: Cornell
School: Cornell
School: Cornell
School: Cornell
School: Cornell
School: Cornell
School: Cornell
School: Cornell
School: Cornell
School: Cornell
School: Cornell
MAE378Mechatronics ProfessorGarcia Prelim1ReviewProblems Fall2009 Problem 1: These questions should be answered using a combination of a few sentences, equations, and diagrams. Well written essays or full derivations are not necessary. a) Describ
School: Cornell
Course: Engrd 202
Ga-in (Jenny Lee) ARTH 1131 Essay 2 Formal analysis of an object in the Johnson Museum of Art Comparison The Fields in the Month of June (Les Champs au mois de juin) by Charles-Francois Daubigny depicts the landscape realistically, is easily discernable,
School: Cornell
ATOMISTIC MODELING OF MATERIALS , MAE715, Course Project, 2007 Study of Pentacene clustering using Atomistics and KMC simulations Krishna Iyengar kai8@cornell.edu Department of Theoretical and Applied Mechanics, Kimball Hall, Cornell University, Ith
School: Cornell
MAE 3250 Analysis of Mechanical and Aerospace Structures Prof. Yingxin Gao Lecture 8 Hookes Law (Textbook: 3.3) Thursday, Sept. 26, 2013 1 Stresses and Strains 15 unknowns 6 stresses 6 strains 3 displacement components 15 Equations are needed 3 equi
School: Cornell
MAE 3250 Analysis of Mechanical and Aerospace Structures Prof. Yingxin Gao Lecture 6 Definition of Strain, Strain Tensor (Textbook: 2.1, 2.2, 2.5) Thursday, Sept.19, 2013 1 MAE 3250 RoadMap v BCs v Engineering Matls Physical Principles Fundamental Quanti
School: Cornell
MAE 3250 Analysis of Mechanical and Aerospace Structures Prof. Yingxin Gao Lecture 5 Coordinate Transformation Principal Stresses (Textbook: 1.5-1.7) Tuesday, Sep. 10, 2013 1 Chapter 1 The Stress Tensor 1.1 1.2 1.3 1.4 1.5 1.6 1.7 Definition of stress The
School: Cornell
MAE 3250 Analysis of Mechanical and Aerospace Structures Prof. Yingxin Gao Lecture 4 Differential Equation of Equilibrium (FEM demo) Thursday, Sep. 12, 2013 1 3-D Differential Equations of Equilibrium x xy xz fx 0 x y z xy x y y yz z fy 0 xz yz z
School: Cornell
MAE 3250 Analysis of Mechanical and Aerospace Structures Prof. Yingxin Gao Lecture 3 Differential Equation of Equilibrium (Textbook: 1.4) Thursday, Sep. 5, 2013 1 Chapter 1 The Stress Tensor 1.1 1.2 1.3 1.4 1.5 1.6 1.7 Definition of stress The stress tens
School: Cornell
MAE 3250 Analysis of Mechanical and Aerospace Structures Prof. Yingxin Gao Lecture 2 Traction and Cauchy Formula (Textbook: 1.1-1.3) Tuesday, Sep. 2, 2013 1 MAE 3250 RoadMap v BCs v Engineering Matls Physical Principles Fundamental Quantities: Stress Stra
School: Cornell
MAE 3250 Analysis of Mechanical and Aerospace Structures Prof. Yingxin Gao Lecture 1 Introduction Thursday, August 29, 2013 Instructional Staff Instructor: Prof. Yingxin Gao (Upson 220, yg75) Computational support: Dr. Rajesh Bhaskaran (rb88) TAs: S
School: Cornell
Course: Dynamics Of Flight Vehicles
Dynamics of Flight Vehicles M&AE 5070 David A. Caughey Sibley School of Mechanical & Aerospace Engineering Cornell University Ithaca, New York 14853-7501 May 2011 Longitudinal Dynamics Mixed Response Speed, u/u0 1.5 Speed, u/u 1.5 0 Angle of attack Pitch
School: Cornell
School: Cornell
School: Cornell
School: Cornell
MAE 212: Spring 2001 Lecture 12 DISLOCATIONS N. Zabaras This lecture has been developed using information from Chapter 9 of Engineering Materials I by Ashby and Jones (on reserve in the Engr. Library) and from your main textbook Introduction to Mater
School: Cornell
Course: Finite Element Analysis For Mechanical And Aerospace Design
MAE 4700/5700 (Fall 2012) Exam 1 October 16th, 7:30-9:30 pm Write in capital letters your full name and ID number on the front of the exam book. Closed books & notes. No electronic devises will be allowed during the exam Violators will be penalized follow
School: Cornell
Course: Finite Element Analysis For Mechanical And Aerospace Design
Practice Prelim II Questions MAE 4700/5700, Fall 2012 1 Problem 1 Short Answer Questions: (a) What is Green's theorem and why is it useful for nite element analysis? (b) In many of the problems considered in class, we used the H 1 space of functions (for
School: Cornell
Course: Finite Element Analysis For Mechanical And Aerospace Design
Exam 2 MAE 4700/5700 (Fall 2012) November 13th, 7:30-9:30 pm Write in capital letters your full name and ID number on the front of the exam book. Closed books & notes. No electronic devises will be allowed during the exam Violators will be penalized follo
School: Cornell
Course: Finite Element Analysis For Mechanical And Aerospace Design
Exam 2 MAE 4700/5700 (Fall 2012) November 13th, 7:30-9:30 pm Write in capital letters your full name and ID number on the front of the exam book. Closed books & notes. No electronic devises will be allowed during the exam Violators will be penalized follo
School: Cornell
Course: Finite Element Analysis For Mechanical And Aerospace Design
Practice Prelim I Questions MAE 4700/5700, Fall 2012 Problem 1 A linear element with stiness k is subjected to nodal forces F1 , F2 and displacements 1 , 2 at each of the two nodes as shown in the diagram. Demonstrate how the stiness matrix is formed for
School: Cornell
Course: Finite Element Analysis For Mechanical And Aerospace Design
MAE 4700/5700 (Fall 2012) Exam 1 October 16th, 7:30-9:30 pm Write in capital letters your full name and ID number on the front of the exam book. Closed books & notes. No electronic devises will be allowed during the exam Violators will be penalized follow
School: Cornell
MAE 3250 Quiz 3 10/3/2013 Name: _ Section (circle one): Mon 9:05 Mon 12:20 Tue1:25 Answer the following questions. For maximum credit be sure to show all your work and write your name and section number above. yy = 20MPa xy = 40 MPa y x xx = 30 MPa 1.
School: Cornell
MAE3250Quiz3 9/26/2013 Name: _ Section(circleone):Mon9:05Mon12:20Tue1:25 Answerthefollowingquestions.Formaximumcreditbesuretoshowallyourworkandwriteyour nameandsectionnumberabove. 1.(4pts)Giventhefollowingdisplacementequationsu(x,y),v(x,y),andw(x,y)fordis
School: Cornell
MAE 3250 Quiz 2 9/19/2013 Name: SOLUTION Section (circle one): Mon 9:05 Mon 12:20 _ Tue1:25 Answer the following questions. For maximum credit be sure to show all your work and write your name and section number above. 1. (3 pts) For the given state of st
School: Cornell
MAE3250Quiz1 9/12/2013 Name: SOLUTION Section: 1.(3pts)Giventhestresselementshownbelow,writethecorrespondingstressmatrix y 1MPa 2 MPa 4MPa 2 MPa x 2 2 0 2 1 4 MPa 0 4 1 1MPa z 2.(3pts)Thestressmatrixaboverepresentsthestateofstressataninternalpointinaloa
School: Cornell
Course: Future Energy Systems
MAE Quiz 1 Solutions 1. Short Answer [30pts] a) [5pts] Energy consumption is characterized as heat that is consumed while the capacity is considered to be work. b) [5pts] No, you will not always get 4kW of energy. There are multiple factors that will dete
School: Cornell
School: Cornell
Course: Future Energy Systems
MAE 5010 HW1 Solution 1) [25 pts] All the key points are listed on the graph. The discussion student wrote should include all the key points in order to receive full credits. 2) [15 pts] A power
School: Cornell
Problem Set #10 Solutions B- 8- 2) The switch is representative of a step response so we can analyze the system in the frequency domain. Apply a step input and inverse transform i(t):
School: Cornell
Copyright C 2013 by Mark L. Psiaki. All rights reserved. #6: MATLAB code: (headers omitted) % % Form the A, B, C, and D matrices of this partial model: % clear; clc; close all; %Define gain constants: Kp_phi = 8.0; Kd_phi = 1.36; K_sigma = 0.125; Kp_psi =
School: Cornell
MAE 3260 HW #9 Solutions Guide April 19, 2013 Problem 1 Part A Problem: Find a value of that produces a stable period-1 response at an xn value other than 0 for the map xn+1 = sin[2xn (1 xn )] and initial condition x0 = 0.99. Plot the resulting time histo
School: Cornell
MAE 3260 Assignment 8 Solution, Spring 2013 Sheet 1 of 19 Problem 1, Part a % % % % % % % % % file fpendulum_Problem1.m This Matlab .m-file is a modified version of fpendulu.m. It defines the nonlinear state-vector model for the pendulum accelerometer sys
School: Cornell
School: Cornell
School: Cornell
1 Copyright C 2013 by Mark L. Psiaki. All rights reserved 2 3 4 5 6 7 8 9
School: Cornell
MAE 3260 HW #1 Solutions Guide January 31, 2013 Problem 1 Problem: Derive the Laplace transform of the function f (t) = 0 t 3t e 5 t<0 t0 Solution: Use Line 7 in Table 2-1 of Ogata, where 1 5 Lcfw_f (t) = is a leading coecient and a = 3, 1 1 5 (s + 3)2 Pr
School: Cornell
M&AE 3260 Homework Assignment # 11. Spring 2013 Due Date: Thursday May 2nd at 4:30 p.m. When you hand in your assignment, be sure to list the names of all of the members of your homework group. Put this list in the upper right-hand corner of the first pag
School: Cornell
M&AE 3260 Homework Assignment # 9. Spring 2013 Due Date: Friday April 12th at 4:30 p.m. When you hand in your assignment, be sure to list the names of all of the members of your homework group. Put this list in the upper right-hand corner of the first pag
School: Cornell
M&AE 3260 Homework Assignment # 10. Spring 2013 Due Date: Friday April 19th at 4:30 p.m. When you hand in your assignment, be sure to list the names of all of the members of your homework group. Put this list in the upper right-hand corner of the first pa
School: Cornell
M&AE 3260 Homework Assignment # 8. Spring 2013 Due Date: Friday March 29tht at 4:30 p.m. When you hand in your assignment, be sure to list the names of all of the members of your homework group. Put this list in the upper right-hand corner of the first pa
School: Cornell
M&AE 3260 Homework Assignment # 7. Spring 2013 Due Date: Friday March 15th at 4:30 p.m. When you hand in your assignment, be sure to list the names of all of the members of your homework group. Put this list in the upper right-hand corner of the first pag
School: Cornell
M&AE 3260 Homework Assignment # 6. Spring 2013 Due Date: Monday March 11th at 4:30 p.m. When you hand in your assignment, be sure to list the names of all of the members of your homework group. Put this list in the upper right-hand corner of the first pag
School: Cornell
M&AE 3260 Homework Assignment # 5. Spring 2013 Due Date: Monday March 4th at 4:30 p.m. When you hand in your assignment, be sure to list the names of all of the members of your homework group. Put this list in the upper right-hand corner of the first page
School: Cornell
M&AE 3260 Homework Assignment # 3. Spring 2013 Due Date: Friday Feb 15th at 4:30 p.m. When you hand in your assignment, be sure to list the names of all of the members of your homework group. Put this list in the upper right-hand corner of the first page,
School: Cornell
M&AE 3260 Homework Assignment # 4. Spring 2013 Due Date: Friday Feb 22nd at 4:30 p.m. When you hand in your assignment, be sure to list the names of all of the members of your homework group. Put this list in the upper right-hand corner of the first page,
School: Cornell
M&AE 3260 Homework Assignment # 2. Spring 2013 Due Date: Friday Feb 8th at 4:30 p.m. When you hand in your assignment, be sure to list the names of all of the members of your homework group. Put this list in the upper right-hand corner of the first page,
School: Cornell
M&AE 3260 Homework Assignment # 1 Spring 2013 Due Date: Friday Feb. 1st at 4:30 p.m. When you hand in your assignment, be sure to list the names of all of the members of your homework group. Put this list in the upper right-hand corner of the first page,
School: Cornell
Course: Finite Element Analysis For Mechanical And Aerospace Design
Homework 9 MAE 4700/5700 (Fall 2012) 2D finite elements: linear elasticity Due Monday, November 5th , 12:00 midnight Problem 1 Axisymmetric analysis (Matlab) The problem of stress analysis of solids of revolution (axisymmetric solids) under axisymmetric l
School: Cornell
Course: Finite Element Analysis For Mechanical And Aerospace Design
Homework 8 MAE 4700/5700 (Fall 2012) 2D finite elements: linear elasticity Due Monday, October 29st, 12:00 midnight Problem 1 Thermal expansion (hand calculation) An elastic body subjected to temperature tends to expansion. This expansion is given in the
School: Cornell
Course: Finite Element Analysis For Mechanical And Aerospace Design
Homework 7 MAE 4700/5700 (Fall 2012) 2D finite elements: scalar Due Monday, October 22th, 12:00 midnight Problem 1 Confined flow around a rectangular wall The irrotational flow of an ideal fluid (i.e. a non-viscous fluid) about a rectangular wall (see the
School: Cornell
Course: Finite Element Analysis For Mechanical And Aerospace Design
MAE 4700/5700 (Fall 2011) Homework 6 2D finite elements Due Tuesday, October 17th, 12:00 midnight Problem 1 Weak form of the steady-state heat flow problem in two-dimensions (hand calculation) Consider the problem definition in the following figure: The g
School: Cornell
Course: Finite Element Analysis For Mechanical And Aerospace Design
Homework 5 MAE 4700/5700 (Fall 2012) 1DBVP Due Monday, October 1st, 12:00 midnight This homework is considering the analysis of 1DBVP as discussed in class. A list of MatLab programs is provided together with an example problem. Problem 1 Boundary value p
School: Cornell
Course: Finite Element Analysis For Mechanical And Aerospace Design
MAE 4700/5700 (Fall 2012) Homework 4 1DBVP Due Monday, September 24th, 12:00 midnight All homework problems here refer to the solution of one-dimensional boundary value problems: Weak forms, issues of numerical integration, discretization, boundary condit
School: Cornell
Course: Finite Element Analysis For Mechanical And Aerospace Design
MAE 4700/5700 (Fall 2012) Homework 3 trusses and beams Due Monday, September 17th, 12:00 midnight In this homework, we consider the analysis of beams. Problems 2 and 5 require verification of the MatLab results with the Ansys solutions. Problem 5 combines
School: Cornell
Course: Finite Element Analysis For Mechanical And Aerospace Design
MAE 4700/5700 (Fall 2012) Homework 2 Plane and space trusses Due Monday, September 13th, 12:00 midnight This homework is considering the analysis of plane and space (3D) trusses as discussed in class. A list of MATLAB programs that were discussed in class
School: Cornell
Course: Finite Element Analysis For Mechanical And Aerospace Design
Homework 1 MAE 4700/5700 (Fall 2011) Plane trusses Problem 1 - Analysis of a three bar structure (hand calculation) Figure 1: Three-bar problem Three bars are joined as shown in Figure 1. The left and right ends are both constrained, i.e. prescribed displ
School: Cornell
School: Cornell
School: Cornell
School: Cornell
School: Cornell
School: Cornell
MAE3250HOMEWORK2SOLUTION PROBLEM1 50 N 2 m 0.25 m 1 mm 7.9 10 kg m3 Assume: 1. Plateissothinthereisnosignificantstressvariationthroughthethickness 2. Uniaxialloadingonly. 0 3. Gravityeffectsaresignificant BoundaryConditions: 1. Fixedconstraintsonthetopoft
School: Cornell
School: Cornell
School: Cornell
Course: MECHANICAL PROPERTY AND PERFORMANCE LABORATORY
M&AE 3272 MECHANICAL PROPERTIES and PERFORMANCE LABORATORY Module #1 Spring 2013 1 1.1 Mechanical Property Measurements Introduction This lab introduces a variety of methods which permit you to determine the properties and performance measures of engineer
School: Cornell
Course: Dynamics Of Flight Vehicles
M&AE 5070 Dynamics of Flight Vehicles Course Syllabus D. A. Caughey 248 Upson Hall dac5@cornell.edu Spring 2011 This course provides an introduction to the engineering science of ight dynamics the response of ight vehicles to external perturbing forces an