'Pressure drag' presentation slideshows

NUMERICAL AND EXPERIMENTAL ANALYSIS OF LOW REYNOLDS NUMBER FLOW AROUND AN AIRFOIL

NUMERICAL AND EXPERIMENTAL ANALYSIS OF LOW REYNOLDS NUMBER FLOW AROUND AN AIRFOIL. By: Saurabh Deshpande & Abbas Electricwala Guided by: Prof. Mitesh Vegad & Mr. Sankalp Kulkarni. AIM OF PROJECT. The aim of the project is: To study the behavior of an airfoil at low Reynolds number.

1.35k views • 86 slides

Pharos University ME 253 Fluid Mechanics II

Pharos University ME 253 Fluid Mechanics II. Flow over bodies; Lift and Drag. External External Flows. Bodies in motion, experience fluid forces and moments. Examples include: aircraft, automobiles, buildings, ships, submarines, turbo machines.

1.45k views • 69 slides

Project Manager: Zachary Novak Mechanical Design Lead : John Chiu Lead Engineer : Seaver Wrisley

Team P14029: McKibben Muscle Robotic Fish. Project Manager: Zachary Novak Mechanical Design Lead : John Chiu Lead Engineer : Seaver Wrisley Controls and Instrumentation Lead : Felix Liu. Agenda. Project Background Problem Statement Deliverables Updates to Engineering Reqs

655 views • 55 slides

External Flows

External Flows. CEE 331 January 6, 2020. Overview. Non-Uniform Flow Boundary Layer Concepts Viscous Drag Pressure Gradients: Separation and Wakes Pressure Drag Shear and Pressure Forces Vortex Shedding. Non-Uniform Flow.

492 views • 48 slides

Flow types

427 views • 41 slides

Chapter 11: Flow over bodies; Lift and Drag

Chapter 11: Flow over bodies; Lift and Drag. Eric G. Paterson Department of Mechanical and Nuclear Engineering The Pennsylvania State University Spring 2005. Note to Instructors.

542 views • 36 slides

Flow types

443 views • 36 slides

Flow types

366 views • 36 slides

Wing Embedded Engines For Large Blended Wing Body Aircraft

Wing Embedded Engines For Large Blended Wing Body Aircraft. A Computational Investigation Michael Farrow MEng Aerospace Engineering. Introduction. Why? Embedded Engines Blended Wing Bodies Method CAD Meshing Solving Results Obtained Problems Encountered Conclusions Questions.

875 views • 35 slides

Chapter 11: Flow over bodies; Lift and Drag

Chapter 11: Flow over bodies; Lift and Drag. Objectives. Have an intuitive understanding of the various physical phenomena such as drag, friction and pressure drag, drag reduction, and lift. Calculate the drag force associated with flow over common geometries.

419 views • 35 slides

ME403 Chapter 2 2D Airfoil Aerodynamics

ME403 Chapter 2 2D Airfoil Aerodynamics. Lift is mainly provided by the wing with an airfoil cross-section shape. Airfoil Geometry. An airfoil is the 2D cross-section shape of the wing, which creates significant lift but minimal drag because of this aerodynamic shape. Historical Airfoils.

1.19k views • 33 slides

Introduction to Fluid Mechanics

Introduction to Fluid Mechanics. Chapter 9 External Incompressible Viscous Flow. Main Topics. The Boundary-Layer Concept Boundary-Layer Thicknesses Laminar Flat-Plate Boundary Layer: Exact Solution Momentum Integral Equation Use of the Momentum Equation for Flow with Zero Pressure Gradient

865 views • 32 slides

Dynamic Forces

Dynamic Forces. Fig. from Warrick et al. 2005. Nature. F. Solids vs. Fluids. S. ?. Solids resist shear deformation: they care how far they are deformed. Fluids care about how rapidly they are deformed: rate of shear. F/S = ?(?/t). F/S = G ?. Dynamic viscosity. Shear modulus.

455 views • 32 slides

Chapter 11: Flow over bodies; Lift and Drag

Chapter 11: Flow over bodies; Lift and Drag. Eric G. Paterson Department of Mechanical and Nuclear Engineering The Pennsylvania State University Spring 2005. Note to Instructors.

377 views • 29 slides

Chapter 11: Flow over bodies; Lift and Drag

1.23k views • 20 slides

Resistance in Fluid Systems

Resistance in Fluid Systems. Mr. Andracke Principles of Technology. Daily Objectives . Each student will be able accurately complete the following: Understand and define the types of drag and its applications Define laminar and turbulent flow Explain viscosity and how it is measured. Drag.

161 views • 15 slides