'Velocity components' diaporamas de présentation

Chapter 7: Using Vectors: Motion and Force

Chapter 7: Using Vectors: Motion and Force. 7.1 Vectors and Direction 7.2 Projectile Motion and the Velocity Vector 7.3 Forces in Two Dimensions. Chapter 7 Objectives. Add and subtract displacement vectors to describe changes in position.

823 views • 71 slides

Momentum Balance

Momentum Balance. Steven A. Jones BIEN 501/CMEN 513 Friday, March 17, 2006. Momentum Balance. Learning Objectives: State the motivation for curvilinear coordinates. State the meanings of terms in the Transport Theorem

1.32k views • 63 slides

P article S warm O ptimization

P article S warm O ptimization. Fahimeh Fooladgar. Outline. Swarm Intelligence Introduction to PSO Original PSO algorithms Global Best PSO Local Best PSO Algorithm Aspects Basic Variations PSO Parameters Application. Swarm Intelligence. Example : benefits of cooperation

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RAMS Technical Overview

RAMS Technical Overview. Technical Description of RAMS. Start from Navier-Stokes and mass continuity Reynolds average (assuming averaging operator) Quasi-Boussinesq approximation Fickian diffusion assumption for variance and covariance terms Simplification of mass continuity equation.

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FUNDAMENTAL EQUATIONS, CONCEPTS AND IMPLEMENTATION OF NUMERICAL SIMULATION IN FREE SURFACE FLOW

FUNDAMENTAL EQUATIONS, CONCEPTS AND IMPLEMENTATION OF NUMERICAL SIMULATION IN FREE SURFACE FLOW. Governing Equations of Fluid Flow. Navier-Stokes Equations A system of 4 nonlinear PDE of mixed hyperbolic parabolic type describing the fluid hydrodynamics in 3D.

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CHAPTER 15 : KINETIC THEORY OF GASSES

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Chapter 3 Motion in Two Dimensions

Chapter 3 Motion in Two Dimensions. Units of Chapter 3. Components of Motion Vector Addition and Subtraction Projectile Motion Relative Velocity. 3.1 Components of Motion.

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Inner Source Pickup Ions

Inner Source Pickup Ions. Pran Mukherjee. Outline. Introduction Current theories and work Addition of new velocity components Summary Questions. Introduction. First, a few definitions:

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Experimental and Numerical investigation of Flow and Heat Transfer in a Ribbed Square Duct.

Experimental and Numerical investigation of Flow and Heat Transfer in a Ribbed Square Duct. Tony Arts arts@vki.ac.be Carlo Benocci benocci@vki.ac.be Patrick Rambaud rambaud@vki.ac.be. von Karman Institute for Fluid Dynamics. Outline. Motivations & objectives.

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Turbulent Combustion, Conservation Equations Closure

Turbulent Combustion, Conservation Equations Closure. Turbulence and its effects on mass, momentum, species and energy transport Practical devices involve turbulent flows specifically promoted by the design engineer to obtain efficient mixing, preheating and volumetric reaction rates.

510 views • 21 slides

?? (Movement)

?? (Movement). ???? ??? ??? ???. ??. The Basics of Movement Algorithms Kinematic Movement Algorithms Steering Behaviors Combining Steering Behaviors Predicting Physics Jumping Coordinated Movement. ?????????. The Movement algorithm Structure. Statics. struct Static:

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MAE 5130: VISCOUS FLOWS

MAE 5130: VISCOUS FLOWS. Examples Utilizing The Navier-Stokes Equations September 16, 2010 Mechanical and Aerospace Engineering Department Florida Institute of Technology D. R. Kirk. THE NAVIER-STOKES EQUATIONS. N/S EQUATION FOR INCOMPRESSIBLE, CONSTANT m FLOW.

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CURVILINEAR MOTION: CYLINDRICAL COMPONENTS

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MAE 5130: VISCOUS FLOWS

MAE 5130: VISCOUS FLOWS. Examples Utilizing The Navier-Stokes Equations September 16, 2010 Mechanical and Aerospace Engineering Department Florida Institute of Technology D. R. Kirk. THE NAVIER-STOKES EQUATIONS. N/S EQUATION FOR INCOMPRESSIBLE, CONSTANT m FLOW.

281 views • 15 slides

STOCHASTIC FINITE ELEMENTS IN A COMPLEX SYSTEM: VIBRATING NON STATIONARY FLUID FLOW, MASS TRANSPORT, HEAT CONDUCTION.

STOCHASTIC FINITE ELEMENTS IN A COMPLEX SYSTEM: VIBRATING NON STATIONARY FLUID FLOW, MASS TRANSPORT, HEAT CONDUCTION. Skender Osmani , Margarita Qirko Polytechnic University ,Tirana, ALBANIA E-mail s_osmani@yahoo.com. Abstract.

316 views • 14 slides

2D Relative Motion

375 views • 13 slides

Using PITCHf/x to Teach Physics

Using PITCHf/x to Teach Physics. Paul Robinson San Mateo High School David Kagan California State University, Chico. Typical Physics Problem.

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Using PITCHf/x to Teach Physics

Using PITCHf/x to Teach Physics. Paul Robinson San Mateo High School David Kagan California State University, Chico. Typical Physics Problem.

237 views • 13 slides

Harmonic Motion

Harmonic Motion. Circular motion can be described by components. x = r cos q y = r sin q For uniform circular motion the angle is related to the angular velocity. q = w t. The motion can be described as a function of time. x = r cos w t y = r sin w t. Vector Components.

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For the birth of Echo PIV

For the birth of Echo PIV. A time-resolved, two dimensional map of velocity components is of great importance for many cardiovascular problems. Fundamental of PIV. P article I mage V elocimetry. Echo PIV. Ultrasonics scanner /machine. Contrast microbubbles. Camera.

282 views • 7 slides