PPT-From hydrological concepts to a numerical model

Martyn Clark Short course on Model building inference and hypothesis testing in hydrology 2125 May 2012 Approach Stick to very simple yet robust numerical methods Simpler than those presented in Numerical Recipes. Develop or obtain the three dimensional geometric model of the part Part Drawing May use CAD Did hih hi ill d th t Typical Steps 2 ec id e w hi mac hi ne w ill pro uce th e par Machining operation and cutter path directions required to produce the p 1. www.meteo.hr. CROATIA. Area:. total: 56,594 sq km. land: 55,974 sq km. water: 620 sq km. Population:. 4.253 mil (2014) . . urban population: 58.7% . . of total population (2014). . Core Evolution. ~ 700 . Myr. T(r,. t. ). C(. r,t. ). r. ICB. (t). 3D Model:. Numerical Dynamo. ~ 5 . Myr. intervals. T(. x. ,t. ). C(. x. ,t. ). B. (. x. ,t. ). Thermodynamic. Parameters. CMB Heat Flow Q(t). Manufacturers of Quality Hydrological, Meteorological & Environmental Instruments & Equipment. Hydrological Services America. Established . in 1965. Development of Products for these applications:. Shawn M Carter and . Sagy. Cohen. Motivation. Since 1903:. Floods cost an average $5.4 billion and over 90 lives per year in the United States. 1. More than half of fatalities from natural disasters worldwide are caused by floods. Shawn M Carter and . Sagy. Cohen. Motivation. Since 1903:. Floods cost an average $5.4 billion and over 90 lives per year in the United States. 1. More than half of fatalities from natural disasters worldwide are caused by floods. GGCM Modeling (MHD Backbone). Jodie Barker Ream. UCLA, ESS. June 16, 2013. Magnetohydrodynamics (MHD). ‘Derivation’. Equations. Resistivity. General info on MHD modeling. Representative Global MHD Models. from . applying tides explicitly . in a global ocean model. . Alex Megann. 1. and Maria Luneva. 2. Project . kickoff. meeting, 5 April 2018. 1. National Oceanography Centre, Southampton, UK. . 2. NUMERICAL RESULTS . VS EXPERIMENTAL DATA. Tatiana . Dobroserdova. (INM RAS, Moscow, Russia. ) . A. . . Akulov. (Institute of Cytology and Genetics, SB RAS). A. . Cherevko. . (. Lavrentyev. Institute of Hydrodynamics SB RAS. Vitor Sousa. IST, UTL. Inês Meireles. UA. Jorge Matos. IST, UTL. Maria do Céu Almeida. LNEC. OUTLINE. Introduction. Experimental study. Numerical code. Numerical model implementation. Conclusions. 1. INTRODUCTION. Implicit LES Method . Yan. March. . 27. th. 2014. 1. Problem Description. 2. Sketch of the mercury free jet with MHD and energy deposition . for . the MERIT experiment. Numerical Calculation. 3. (a). Learning intentions: We are learning about the hydrosphere.. Success criteria:. I can describe the factors which affect the hydrological cycle.. I can explain in detail how these factors affect the hydrological cycle.. Shawn M Carter and . Sagy. Cohen. Motivation. Since 1903:. Floods cost an average $5.4 billion and over 90 lives per year in the United States. 1. More than half of fatalities from natural disasters worldwide are caused by floods. Disability in America. Agenda. Definitions of the Components of the Disability Process. Modified IOM Model and its components. The ICF Model – Concepts, Use, Structure, Definitions. The ICF Model – Interaction between Components.