'Induced drag' presentation slideshows

Teaching Basic Aerodynamics

Teaching Basic Aerodynamics. Mel Burkart, MCFI 2008 FAA Flight Instructor of the Year St. Louis Flight Standards Region. Lecture Content. Glider Aerodynamics Effect of Controls Low and High speed flight Thermaling Approach and Landing Stall, Spin and Spiral Dives

1.52k views • 102 slides

Teaching Basic Aerodynamics

Teaching Basic Aerodynamics. Mel Burkart, MCFI 2008 FAA Flight Instructor of the Year St. Louis Flight Standards Region. Lecture Content. Glider Aerodynamics Effect of Controls Low and High speed flight Thermaling Approach and Landing Stall, Spin and Spiral Dives

1.05k views • 102 slides

Theory of flight

Theory of flight. Air cadet ground school. Theory of flight - topics. The Sections of an Airplane Control Surfaces Aerofoils Definitions The Four Forces of Flight The Three Axes of Flight Stability Stalls, Spins, Spiral Dives, Load Factor Pitot / Static System. The Airplane.

1.91k views • 101 slides

Aerodynamics 101 How do those things really fly?

Aerodynamics 101 How do those things really fly?. Dr. Paul Kutler Saturday, March 31, 2007 Monterey Airport. Airbus 380. An aerodynamics challenge. FA-18 Condensation Pattern. Aerodynamics involves multiple flow regimes. Legacy Aircraft. Aerodynamics is a maturing science. Outline.

964 views • 58 slides

MAE 3241: AERODYNAMICS AND FLIGHT MECHANICS

MAE 3241: AERODYNAMICS AND FLIGHT MECHANICS. Introduction to Finite Wings and Induced Drag Mechanical and Aerospace Engineering Department Florida Institute of Technology D. R. Kirk. AIRFOILS VERSUS WINGS. Upper surface (upper side of wing): low pressure

864 views • 54 slides

MAE 5350: Gas Turbines

MAE 5350: Gas Turbines. Gas Turbine Engines Integrated into Aircraft Performance Mechanical and Aerospace Engineering Department Florida Institute of Technology D. R. Kirk. LECTURE OUTLINE. So far we have focused on characterizing propulsion system

557 views • 52 slides

AF111 QUIZ

619 views • 48 slides

Drag Reduction of MAV by Biplane Effect

647 views • 44 slides

U5AEA15 AIRCRAFT STRUCTURES-II

U5AEA15 AIRCRAFT STRUCTURES-II. PREPARED BY Mr.S.Karthikeyan DEPARTMENT OF AERONAUTICALENGINEERING ASSISTANT PROFESSOR. We have looked at. Airfoil Nomenclature Lift and Drag forces Lift, Drag and Pressure Coefficients The Three Sources of Drag:

748 views • 41 slides

AE 2350 Lecture Notes #8

AE 2350 Lecture Notes #8. April 30, 1999. We have looked at. Airfoil Nomenclature Lift and Drag forces Lift, Drag and Pressure Coefficients The Three Sources of Drag: skin friction drag in laminar and turbulent flow form drag wave drag Read Chapter 8 of text.

572 views • 28 slides

Major aerodynamic forces on aircraft: Lift = L Drag = D Pitching Moment = M Thrust = T Weight = W

Figure 1. Aerodynamics: The science of the air flow around as well as the forces and moments acting on a structure in a moving airstream. Major aerodynamic forces on aircraft: Lift = L Drag = D Pitching Moment = M Thrust = T Weight = W. Steady level flight: Lift = Weight

776 views • 23 slides

Chap.5

838 views • 22 slides

Principles of Flight --2

Different types of drag: Form drag Skin friction Profile drag Wing drag Induced drag Parasite drag Interference drag. This section deals with drag and forces in balance. In no particular order, here is a list of different types of drag.

1.09k views • 21 slides

Introduction to Aeronautical Engineering

Introduction to Aeronautical Engineering. Introduction to Aeronautical Engineering. EGN1007: Engineering Concepts and Methods. The Bottom Line. In normal flight a light aeroplane derives its forward motion from the thrust provided by the engine-driven propeller.

378 views • 21 slides

What A Drag!

285 views • 14 slides

ME403 Chapter 3 Wing Aerodynamics

ME403 Chapter 3 Wing Aerodynamics. Wing Tip Vortices. Formation of Wing Tip Vortices. Flow Visualization. Flow Visualization. Wing Planform. Taper Ratio: Aspect Ratio: Planform Area:. Wing Twists. Geometric Twist: Angles of attack at wing root and wing tip are different .

512 views • 13 slides

Forces in Flight

Forces in Flight. Mrs.DeForge. Four Forces of Flight. There are, basically, four forces of flight: lift, drag, thrust and weight. The figure below shows how these four forces are related for straight and level flight. . Weight.

254 views • 7 slides

IJETR

ER Publication, IJETR, IJMCTR, Journals, International Journals, High Impact Journals, Monthly Journal, Good quality Journals, Research, Research Papers, Research Article, Free Journals, Open access Journals, erpublication.org, Engineering Journal, Science Journals,

52 views • 4 slides

Design, Analysis and Multi-Objective Constrained Optimization of Multi-Winglets

Design, Analysis and Multi-Objective Constrained Optimization of Multi-Winglets. Simultaneous Objectives Design Winglets to: Reduce drag Increase lift-to-drag ratio. Optimization Response surface methodology with genetic algorithm chosen as the optimization method

260 views • 1 slides