Modelling of droplet heating and evaporation in computational fluid dynamics codes. Sergei SAZHIN *, Irina SHISHKOVA ** , Vladimir LEVASHOV **, Morgan HEIKAL * * Sir Harry Ricardo Laboratory, School of Environment and Technology,By aggie
Franco-British INTERREG IIIa (Project Ref 162/025/247) Final monitoring meeting: 11 June 2007. A kinetic algorithm for modelling the droplet evaporation process in the presence of a heat flux and background gas. N. Shishkova 1 and S. S. Sazhin 2By danika
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6.i. Modelling environmental processes: kinetic and equilibrium (quasi-thermodynamic) modelling. 6(i). Goals and outcomes . Goals To provide overview of mathematical models describing adsorption kinetics and equilibrium of sorption onto natural solid material Outcomes
Computational Plasma Physics Kinetic modelling: Part 2 W.J. Goedheer FOM-Instituut voor Plasmafysica Nieuwegein, www.rijnh.nl. Monte Carlo methods. Principle: Follow particles by - solving Newton’s equation of motion - including the effect of collisions
Spin, T S. CMB. Kinetic. Ionized fraction x i = 1 - x HI. Mean brightness temperature. Pritchard & Loeb 2008. 3 observational techniques: 21 cm forest Power spectrum/tomography Global spectrum. 1. 21 cm forest. But not until 2020+. Carilli et al. (2004). 2. Power spectrum. (3D)
Kinetic. Theory. Matter?. Atoms. Elements. Same types of atoms. 117*. *more may be created in labs. Compounds. Multiple. elements bonded. together. Molecule. Chemical Formulas. Used to describe what’s in a molecule. To read a chemical formula:
Computational Plasma Physics Kinetic modelling: Part 1 & 2 W.J. Goedheer FOM-Instituut voor Plasmafysica Nieuwegein, www.rijnh.nl. What are kinetic methods and when do they apply. Kinetic methods retain information on the velocity distribution
Kinetic Energy. energy of the motion of an object. = m x V 2 2. m = mass V = velocity. The location on the track where the train has the greatest potential energy is. Kinetic. K inetic energy energy of a moving object. When does a toy race car have kinetic energy?
Kinetic Theory. Ch 16 Sect 1. Kinetic Theory. Explanation of how particles in matter behave There are 3 assumptions associated with the kinetic theory All matter is composed of smaller particles (atoms) These particles are in constant random motion
Kinetic Theory. Particle Distribution Function. Density Function n s. Number density, mass density, charge density. The Boltzmann Equation: time variation of a distribution function. Total Derivative in Phase Space. Homework. Problem 3.6, 3.7, 3.8. Examples of Distribution Functions.
Kinetic Metallization. Application of Alternative Wear-Resistant Metallic Coatings for Landing Gear and Aerospace Components. AeroMat 2004 June 10, 2004 Ralph M. Tapphorn and Howard Gabel. Overview. Alternatives for Hard Chrome Coatings Introduction to Kinetic Metallization
Kinetic energy. KEep moving!. Kinetic Energy. Kinetic comes from the Greek work ‘to move’ So Kinetic Energy is Moving energy If we are talking about energy of something moving what factors exist that would give something more or less energy?. Kinetic Energy. KE = ½ mv 2