'Mass conservation' diaporamas de présentation

Flows on Surfaces of Arbitrary Topology

Flows on Surfaces of Arbitrary Topology. Jos Stam Alias GLunch Presentation by John Tran Friday, February 20, 2004. Basic Idea. Combine two pieces of code. Basic Result. Fluids in Computer Graphics. Want Good looking (convincing) Fast Easy to code How?. Far Cry (Ubisoft/Crytek 2003).

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822 views • 55 slides

Introduction to Synthetic Biology 423

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What is a model

What is a model. Some notations Independent variables: Time variable: t, n Space variable: x in one dimension (1D), (x,y) in 2D or (x,y,z) in 3D State variables or dependent variables: is a scalar or vector valued variables, generally a function of the independent variables

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Thermodynamics Lecture Series

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Development of WRF-CMAQ Interface Processor (WCIP)

Development of WRF-CMAQ Interface Processor (WCIP). Seung-Bum Kim and Daewon W. Byun University of Houston Air Quality Modeling and Monitoring Center. Development of WCIP. Background : NCAR/NOAA/Air Force is Developing Weather Research and Forecasting (WRF) model to replace MM5 & NCEP Eta

420 views • 29 slides

Comments, Quiz # 1

Comments, Quiz # 1. So far: Historical overview of speech technology - basic components/goals for systems Quick overview of pattern recognition basics Quick overview of auditory system. Next talks focus on the nature of the signal: Acoustic waves in small spaces (sources)

329 views • 25 slides

The Frog Cell Cycle

The Frog Cell Cycle. Defining the Reactions and Differential Equations. Developing the model. 1. Accumulating MPF. 2. Degrading MPF. Key: Solid lines are reactions Dotted lines represent catalytic action. The Model. From Amino Acids to MPF. Accumulating MPF.

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Upper Mantle Viscous Drag on the Lithosphere

Upper Mantle Viscous Drag on the Lithosphere . David Terrell Warner Pacific College March 2006. Historical Background. Continental Drift. Ocean Floor Spreading Plate Tectonics. 1957/8 international Geophysical year. 1961-8 papers on world seismology and paleo-magnetism

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NATS 101 Lecture 17 Curved Flow and Friction

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Activity 1: solve for size and speed of a drop.

Activity 1: solve for size and speed of a drop. Useful units for calculations. Remember: dyne = 1 g cm/s 2 (force in cm- g-s units) = 10 -5 Newtons . Using cgs units is easiest for calculations with small insects, as the values are often order-one. Density of air ? = 10 -3 g/cm 3

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Activity 1: solve for size and speed of a drop.

Activity 1: solve for size and speed of a drop. Useful units for calculations. Remember: dyne = 1 g cm/s 2 (force in cm- g-s units) = 10 -5 Newtons . Using cgs units is easiest for calculations with small insects, as the values are often order-one. Density of air ? = 10 -3 g/cm 3

297 views • 19 slides

Stabilization of Desired Flow Regimes in Pipelines

Stabilization of Desired Flow Regimes in Pipelines. Presented at AIChE Annual meeting in Reno, USA November 9th, 2001 E. Storkaas ,S. Skogestad and V. Alstad Department of Chemical Engineering Norwegian University of Science and Tecnology. Outline. Introduction / Problem description

327 views • 18 slides

AME 513 Principles of Combustion

AME 513 Principles of Combustion. Lecture 7 Conservation equations. Outline. Conservation equations Mass Energy Chemical species Momentum. Conservation of mass. Cubic control volume with sides dx, dy , dz u , v, w = velocity components in x, y and z directions

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Ch. 9 Fluid Mechanics

360 views • 12 slides

PSC 4012

PSC 4012. Ionic Phenomena: A study of an environmental problem. PSC 4012: Balancing Equations. mass (Reactants) = mass (Products) Mass conservation. PSC 4012: Balancing Equations. Unbalanced reaction. Balanced reaction. PSC 4012: Balancing Equations. PSC 4012: Balancing Equations.

296 views • 8 slides

SIO 210: Dynamics I Momentum balance (no rotation) L. Talley Fall, 2012

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