Faculty of Environmental Sciences, Institute of Waste Management and Contaminated Site Treatment. The Simulation Software.
|
|
|
- Doris Wilkinson
- 6 years ago
- Views:
Transcription
1 Faculty of Environmental Science, Intitute of Wate Management and Contaminated Site Treatment The Simulation Software PCSiWaPro
2 Overview 1. Modelling in the unaturated oil zone 2. The oftware PCSiWaPro 3. The weather generator 4. Application TU Dreden, The imulation oftware PCSiWaPro Page 2 of 38
3 Overview 1. Modelling in the unaturated oil zone 2. The oftware PCSiWaPro 3. The weather generator 4. Application TU Dreden, The imulation oftware PCSiWaPro Page 3 of 38
4 Modelling in the unaturated oil zone Why modelling? fater, le expenive than field experiment rik aement, prognoi cenario analyi (bet cae/wort cae, ) proce undertanding But:The more procee included in a model, the more difficult parameterization become! water flow, root water uptake, plant growth, preferential flow, contaminant tranport, orption, decay, chemical reaction, oil-urface-interaction, oil-groundwater-interaction, TU Dreden, The imulation oftware PCSiWaPro Page 4 of 38
5 Modelling in the unaturated oil zone Precipitation Contaminated ite Leachate Place of aement Unaturated oil zone Capillary fringe Groundwater TU Dreden, The imulation oftware PCSiWaPro Page 5 of 38
6 Modelling in the unaturated oil zone Model decribed by partial differential equation: Flow: RICHARDS-Equation, retention curve parameterization by VAN GENUCHTEN/LUCKNER t x i K K A ij h x j K A iz S r 1 r, w h c n r, l 1 1 n volumetric water content poroity t time r,w reidual water content x i (x 1 =x, x 2 =z), patial coordinate r,l reidual air content K hydraulic conductivity caling factor (van Genuchten) h preure head n lope factor (van Genuchten) S ink/ource term h c capillary preure head TU Dreden, The imulation oftware PCSiWaPro Page 6 of 38
7 Modelling in the unaturated oil zone Retention curve S: Sand U: Silt T: Clay Source: nach Scheffer & Schachtchabel (2002): Lehrbuch der Bodenkunde. Heidelberg. TU Dreden, The imulation oftware PCSiWaPro Page 7 of 38
8 Modelling in the unaturated oil zone Retention curve: hyterei Primary Drainage Curve PDC Scanning Wetting Curve SWC Scanning Drainage Curve SDC Main Wetting Curve MWC Main Drainage Curve MDC Source: nach Scheffer & Schachtchabel (2002): Lehrbuch der Bodenkunde. Heidelberg. TU Dreden, The imulation oftware PCSiWaPro Page 8 of 38
9 Modelling in the unaturated oil zone Model decribed by partial differential equation: Tranport: Convection-Diperion-Equation c t t x i D ij c x j qic x i w c w Sc c Ρ t q i concentration orbed concentration bulk denity time i-th component of flux D ij S C γ w, γ tenor of diperion coefficient ink/ource term concentration of ink/ource term parameter for 0 t order procee µ w, µ parameter for 1 th order procee TU Dreden, The imulation oftware PCSiWaPro Page 9 of 38
10 TU Dreden, Page 10 of 38 Modelling in the unaturated oil zone Model decribed by partial differential equation: Tranport: Convection-Diperion-Equation attachment and detachment of contaminant to oil body decribed by iotherm w w i i j ij i Sc c x q c x c D x t t c orption The imulation oftware PCSiWaPro
11 Modelling in the unaturated oil zone Sorption iotherm HENRY: linear, for low concentration K ( K ) m flm, b d flm, b d flm, FREUNDLICH: exponential, for fixed number of orption pot q m flm, KF fl, m LANGMUIR: non-linear, for high-concentration m flm, K L 1 K L flm, flm, m adorbed ma on the olid phae water content, b oil bulk denity, fl,m partial ma denity in the fluid phae K d partitioning-(henry)-coefficient, q contant parameter, K F FREUNDLICHcoefficient,max max. adorbed ma on the olid phae, K L LANGMUIR-coefficient TU Dreden, The imulation oftware PCSiWaPro Page 11 of 38,max
12 Modelling in the unaturated oil zone Model decribed by partial differential equation: Tranport: Convection-Diperion-Equation c t t x i D ij c x diperion/ diffuion j qic x i w c w Sc diperion coupled to convection diffuion due to BROWNian movement TU Dreden, The imulation oftware PCSiWaPro Page 12 of 38
13 TU Dreden, Page 13 of 38 Modelling in the unaturated oil zone Model decribed by partial differential equation: Tranport: Convection-Diperion-Equation convection tranport with the flow of water w w i i j ij i Sc c x q c x c D x t t c The imulation oftware PCSiWaPro
14 Modelling in the unaturated oil zone Model decribed by partial differential equation: Tranport: Convection-Diperion-Equation c t t x i D ij c x j qic x i c w 0th/1t order internal reaction w Sc internal production or degradation example: exponential decay dm m dt e m m,0 m m t TU Dreden, The imulation oftware PCSiWaPro Page 14 of 38
15 Modelling in the unaturated oil zone Model decribed by partial differential equation: Tranport: Convection-Diperion-Equation c t t x i D ij c x j qic x contaminant concentration at model boundary i c w w ink/ ource Sc ource term function TU Dreden, The imulation oftware PCSiWaPro Page 15 of 38
16 Modelling in the unaturated oil zone How to ue thee equation to imulate model behaviour input data oil parameter (conductivitie, poroitie, ) contaminant parameter (diffuion coefficient, half-life, ) initial condition teady-tate or tranient boundary condition mathematical equation olving technique additional input data: dicretization of the model area (pace and time) TU Dreden, The imulation oftware PCSiWaPro Page 16 of 38
17 Overview 1. Modelling in the unaturated oil zone 2. The oftware PCSiWaPro 3. The weather generator 4. Application TU Dreden, The imulation oftware PCSiWaPro Page 17 of 38
18 The oftware PCSiWaPro PCSiWaPro : a oftware to imulate flow and tranport procee in the unaturated oil zone (1) model generator (2) ytem olver (3) reult viewer TU Dreden, The imulation oftware PCSiWaPro Page 18 of 38
19 The oftware PCSiWaPro How to ue thee equation to imulate model behaviour with PCSiWaPro input data oil parameter (conductivitie, poroitie, ) contaminant parameter (diffuion coefficient, half-life, ) initial condition teady-tate or tranient boundary condition mathematical equation olving technique additional input data: dicretization of the model area (pace and time) TU Dreden, The imulation oftware PCSiWaPro Page 19 of 38
20 The oftware PCSiWaPro Integrated 1D- or 2D-meh generator TU Dreden, The imulation oftware PCSiWaPro Page 20 of 38
21 The oftware PCSiWaPro How to ue thee equation to imulate model behaviour with PCSiWaPro input data oil parameter (conductivitie, poroitie, ) contaminant parameter (diffuion coefficient, half-life, ) initial condition teady-tate or tranient boundary condition mathematical equation olving technique additional input data: dicretization of the model area (pace and time) TU Dreden, The imulation oftware PCSiWaPro Page 21 of 38
22 The oftware PCSiWaPro Data input through uer-friendly GUI input data from: (1) integrated databae (2) pedotranfer function (3) meaured data election of model aumption orption iotherm ource term function TU Dreden, The imulation oftware PCSiWaPro Page 22 of 38
23 The oftware PCSiWaPro How to ue thee equation to imulate model behaviour with PCSiWaPro input data oil parameter (conductivitie, poroitie, ) contaminant parameter (diffuion coefficient, half-life, ) initial condition teady-tate or tranient boundary condition mathematical equation olving technique additional input data: dicretization of the model area (pace and time) TU Dreden, The imulation oftware PCSiWaPro Page 23 of 38
24 The oftware PCSiWaPro Equation olved by: dicretization pace: finite element time: adjuted finite interval explicit, implicit, Crank-Nicholon repeated olution of linear equation ytem for each timetep direct: GAUSSian elimination iterative: preconditioned conjugate gradient method Problem: long imulation runtime TU Dreden, The imulation oftware PCSiWaPro Page 24 of 38
25 The oftware PCSiWaPro Current reearch topic: ource code parallelization dividing work into mutually independent part Incremental parallelim (OpenMP) domain decompoition (MPI) computationally mot expenive tak: matrix aembly, ytem olver integrating and teting of parallel olver librarie TU Dreden, The imulation oftware PCSiWaPro Page 25 of 38
26 The oftware PCSiWaPro Simulation (dam eepage example) TU Dreden, The imulation oftware PCSiWaPro Page 26 of 38
27 The oftware PCSiWaPro Reult viewer TU Dreden, The imulation oftware PCSiWaPro Page 27 of 38
28 Overview 1. Modelling in the unaturated oil zone 2. The oftware PCSiWaPro 3. The weather generator 4. Application TU Dreden, The imulation oftware PCSiWaPro Page 28 of 38
29 The weather generator How to ue thee equation to imulate model behaviour with PCSiWaPro input data oil parameter (conductivitie, poroitie, ) contaminant parameter (diffuion coefficient, half-life, ) initial condition teady-tate or tranient boundary condition mathematical equation olving technique additional input data: dicretization of the model area (pace and time) TU Dreden, The imulation oftware PCSiWaPro Page 29 of 38
30 The weather generator Computation of upper boundary condition with the integrated weather generator input data precipitation evapotranpiration vegetation cover lope output: daily value of precipitation TU Dreden, The imulation oftware PCSiWaPro Page 30 of 38
31 The weather generator Time erie generation by: (1) tatitical characterization of input time erie (2) patial interpolation of tatitical parameter (3) ampling of ynthetical time erie pat, preent and future TU Dreden, The imulation oftware PCSiWaPro Page 31 of 38
32 The weather generator Data input through aitant TU Dreden, The imulation oftware PCSiWaPro Page 32 of 38
33 The weather generator Graphical viualization of reult time erie automatic tranfer to PCSiWaPro model TU Dreden, The imulation oftware PCSiWaPro Page 33 of 38
34 Overview 1. Modelling in the unaturated oil zone 2. The oftware PCSiWaPro 3. The weather generator 4. Application TU Dreden, The imulation oftware PCSiWaPro Page 34 of 38
35 Application Application of PCSiWaPro in the following field: leachate forecat earth dam capillary barrier landfill coverage mall-cale ewage treatment plant TU Dreden, The imulation oftware PCSiWaPro Page 35 of 38
36 Application Completed application with PCSiWaPro : Seepage in an earth dam How long / how far will the unaturated zone be wetted until intabilitie occur? Influence of tructural meaure (drainage, blocking wall, ) TU Dreden, The imulation oftware PCSiWaPro Page 36 of 38
37 Application Completed application with PCSiWaPro : Simulation of a capillary barrier in a tipping trough Which material hould be ued? What are requirement for the dimenioning of the tipping trough? TU Dreden, The imulation oftware PCSiWaPro Page 37 of 38
Modeling of Transport and Reaction in a Catalytic Bed Using a Catalyst Particle Model.
Excerpt from the Proceeding of the COMSOL Conference 2010 Boton Modeling of Tranport and Reaction in a Catalytic Bed Uing a Catalyt Particle Model. F. Allain *,1, A.G. Dixon 1 1 Worceter Polytechnic Intitute
Determination of Load Dependent Thermal Conductivity of Porous Adsorbents
Determination of Load Dependent Thermal Conductivity of Porou Adorbent Kraft 1, Gaier 1, Stripf 1, Hee 2 1 Univerity of Applied Science Karlruhe, Baden-ürttemberg, Germany 2 TU Dreden Abtract: Standard
Management, Nakhon Pathom Rajabhat University, 85 Malaiman Road, Muang, Nakhon Pathom 73000, Kingdom of Thailand
The Importance o Denity Dependent Flow and Solute Tranport Modeling to imulate Seawater Intruion into a Coatal Aquier Sytem Phatcharaak Arlai 1 and Manred Koch 2 1) Dr.-Ing., Head, Reearch Unit or Sutainable
Conduction Heat transfer: Unsteady state
Conduction Heat tranfer: Unteady tate Chapter Objective For olving the ituation that Where temperature do not change with poition. In a imple lab geometry where temperature vary alo with poition. Near
Fluid-structure coupling analysis and simulation of viscosity effect. on Coriolis mass flowmeter
APCOM & ISCM 11-14 th December, 2013, Singapore luid-tructure coupling analyi and imulation of vicoity effect on Corioli ma flowmeter *Luo Rongmo, and Wu Jian National Metrology Centre, A*STAR, 1 Science
Jump condition at the boundary between a porous catalyst and a homogeneous fluid
From the SelectedWork of Francico J. Valde-Parada 2005 Jump condition at the boundary between a porou catalyt and a homogeneou fluid Francico J. Valde-Parada J. Alberto Ochoa-Tapia Available at: http://work.bepre.com/francico_j_valde_parada/12/
A Single Particle Thermal Model for Lithium Ion Batteries
A Single Particle Thermal Model for Lithium Ion Batterie R. Painter* 1, B. Berryhill 1, L. Sharpe 2 and S. Keith Hargrove 2 1 Civil Engineering, Tenneee State Univerity, Nahville, TN, USA 2 Mechanical
Nearshore Sediment Transport Modeling: Collaborative Studies with the U. S. Naval Research Laboratory
Nearhore Sediment Tranport Modeling: Collaborative Studie with the U. S. Naval Reearch Laboratory Donald N. Slinn Department of Civil and Coatal Engineering, Univerity of Florida Gaineville, FL 32611-6590,
Massachusetts Institute of Technology Dynamics and Control II
I E Maachuett Intitute of Technology Department of Mechanical Engineering 2.004 Dynamic and Control II Laboratory Seion 5: Elimination of Steady-State Error Uing Integral Control Action 1 Laboratory Objective:
S_LOOP: SINGLE-LOOP FEEDBACK CONTROL SYSTEM ANALYSIS
S_LOOP: SINGLE-LOOP FEEDBACK CONTROL SYSTEM ANALYSIS by Michelle Gretzinger, Daniel Zyngier and Thoma Marlin INTRODUCTION One of the challenge to the engineer learning proce control i relating theoretical
Rupro, breach model used by Cemagref during Impact project
PAQUIER 1 Rupro, breach model ued by Cemagref during Impact project A PAQUIER Cemagref, France andre.paquier@cemagref.fr SUMMARY For embankment dam, piping and overtopping failure are the mot frequent
THE IMPORTANCE OF THE UNSATURATED SOIL ZONE IN WATER ENGINEERING
Faculty of Environmental Sciences Department of Hydro Sciences THE IMPORTANCE OF THE UNSATURATED SOIL ZONE IN WATER ENGINEERING Peter-Wolfgang Graeber Okayama, March 27, 2013 Content of presentation 1.
The Study on a Nonlinear Problem arising in Infiltration Phenomenon by Homotopy Perturbation Sumudu Transform Method (HPSTM)
International Journal of Innovative Reearch in Science, Webite: www.ijiret.com Vol. 6, Iue 4, April 2017 The Study on a Nonlinear Problem ariing in Infiltration Phenomenon by Homotopy Perturbation Sumudu
Modeling Local and Advective Diffusion of Fuel Vapors to Understand Aqueous Foams in Fighting Fires. Final Report
Modeling Local and Advective Diffuion of Fuel Vapor to Undertand Aqueou Foam in Fighting Fire Final Report Author: Andrew Brandon abrando@math.umd.edu Advior: Dr. Ramagopal Ananth Naval Reearch Laboratory,
A simple expression for the bulk field capacity of a sloping soil horizon
HYDROLOGICAL PROCESSES Hydrol. Proce. 25, 112 116 2011) Publihed online 7 September 2010 in Wiley Online Library wileyonlinelibrary.com) DOI: 10.1002/hyp.7827 A imple expreion for the bulk field capacity
Soil water electrical conductivity determination based on the salinity index concept
European Water 59: 343-349, 2017. 2017 E.W. Publication Soil water electrical conductivity determination baed on the alinity index concept G. Karga *, P. Mougiou, A. Petetidi and P. Kerkide Department
GEOMETRIC OPTIMISATION OF CONJUGATE COOLING CHANNELS WITH DIFFERENT CROSS-SECTIONAL SHAPES
GEOMETRIC OPTIMISATION OF CONJUGATE COOING CHANNES WITH DIFFERENT CROSS-SECTIONA SHAPES By Olabode Thoma OAKOYEJO Prof. T. Bello Ochende, Prof. J. P. Meyer Department of Mechanical and Aeronautical Engineering,
Types of Heat Transfer
ype of Heat ranfer * Dvz Dt x k d dx v S * * v Gr z HH vap lat uject in the coure conduction (Fourier Law) forced convection (due to flow) ource term free convection (fluid motion due to denity variation
Sensorless speed control including zero speed of non salient PM synchronous drives
BULLETIN OF THE POLISH ACADEMY OF SCIENCES TECHNICAL SCIENCES Vol. 54, No. 3, 2006 Senorle peed control including zero peed of non alient PM ynchronou drive H. RASMUSSEN Aalborg Univerity, Fredrik Bajer
Types of Heat Transfer
Type of Heat Tranfer Dv Dt x = k dt dx v T S 2 * * ( v GrT * z = + z H vap lat uject in the coure conduction (Fourier Law forced convection (due to flow ource term free convection (fluid motion due to
Pyrex Journals
Prex Journal 035-7789 Prex Journal of Ecolog and the Natural Environment Vol 1 (1) pp. 001-006 June, 015 http://www.prexjournal.org/pjene Copright 015 Prex Journal Review Paper Solving the advection diffuion
CFD Modeling of a Binary Liquid-Solid Fluidized Bed
Middle-Eat Journal of Scientific Reearch 9 (0): 7-79, 04 ISSN 990-9 IDOSI Publication, 04 DOI: 0.589/idoi.mejr.04.9.0.89 CFD Modeling of a Binary Liquid-Solid Fluidized Bed Reza Davarnejad, Reza Ehghipour,
PRESSURE WORK EFFECTS IN UNSTEADY CONVECTIVELY DRIVEN FLOW ALONG A VERTICAL PLATE
Proceeding of 3ICCHMT 3 rd International Conference on Computational Heat and Ma Tranfer May 6 3, 3, Banff, CANADA Paper Number 87 PRESSURE WORK EFFECTS IN UNSTEADY CONVECTIVELY DRIVEN FLOW ALONG A VERTICAL
Characterization of the heat transfer in open-cell metal foam
Characterization of the heat tranfer in open-cell metal foam C. Briano-Calcagno, J. Fontánez-Delgado & N. Dukhan Department of Mechanical Engineering, Univerity of Puerto Rico Mayagüez, Mayagüez, P.R.,
Combined ion exchange and microfiltration
Loughborough Univerity Intitutional epoitory Combined ion exchange and microfiltration Thi item wa ubmitted to Loughborough Univerity' Intitutional epoitory by the/an author. Citation: DAGOSAVAC, M.M.,
Design spacecraft external surfaces to ensure 95 percent probability of no mission-critical failures from particle impact.
PREFERRED RELIABILITY PAGE 1 OF 6 PRACTICES METEOROIDS & SPACE DEBRIS Practice: Deign pacecraft external urface to enure 95 percent probability of no miion-critical failure from particle impact. Benefit:
Pelagia Research Library. Acetaldehyde combustion using platinum catalyst
Available online at www.pelaiareearchlibrary.com Pelaia Reearch Library Der Chemica Sinica, 11, (1): 164-17 Acetaldehyde combution uin platinum catalyt Sanchita Chauhan ISSN: 976-855 CODEN (USA) CSHIA5
Spot-on: Safe Fuel/Air Compression
Spot-on: Safe Fuel/Air Compreion Problem preented by Robert Hart and Kevin Hughe Veeder-Root Participant: Jeffrey Bank Joeph Fehribach Alitair Fitt John Ockendon Colin Pleae Don Schwendeman Burt Tilley
To appear in International Journal of Numerical Methods in Fluids in Stability analysis of numerical interface conditions in uid-structure therm
To appear in International Journal of Numerical Method in Fluid in 997. Stability analyi of numerical interface condition in uid-tructure thermal analyi M. B. Gile Oxford Univerity Computing Laboratory
A FUNCTIONAL BAYESIAN METHOD FOR THE SOLUTION OF INVERSE PROBLEMS WITH SPATIO-TEMPORAL PARAMETERS AUTHORS: CORRESPONDENCE: ABSTRACT
A FUNCTIONAL BAYESIAN METHOD FOR THE SOLUTION OF INVERSE PROBLEMS WITH SPATIO-TEMPORAL PARAMETERS AUTHORS: Zenon Medina-Cetina International Centre for Geohazard / Norwegian Geotechnical Intitute Roger
Recent progress in fire-structure analysis
EJSE Special Iue: Selected Key Note paper from MDCMS 1 1t International Conference on Modern Deign, Contruction and Maintenance of Structure - Hanoi, Vietnam, December 2007 Recent progre in fire-tructure
Hydrological process simulation in the earth dam and dike by the Program PCSiWaPro
Fakultät Umweltwissenschaften, Fachrichtung Hydrowissenschaften. Hydrological process simulation in the earth dam and dike by the Program PCSiWaPro Jinxing Guo, Peter-Wolfgang Graeber Table of contents
Design and simulation of turbo-alternators using coupled permeance network model
Deign and imulation of turbo-alternator uing coupled permeance network model Dmitry Petrichenko, Michel Hecquet, Pacal Brochet, Vyachelav uznetov, Daniel Laloy To cite thi verion: Dmitry Petrichenko, Michel
Mass Transfer (Stoffaustausch) Fall Semester 2014
Ma Tranfer (Stoffautauch) Fall Semeter 4 Tet 5 Noember 4 Name: Legi-Nr.: Tet Duration: 45 minute Permitted material: NOT permitted: calculator copy of Culer book Diffuion ( nd or rd edition) printout of
State Space: Observer Design Lecture 11
State Space: Oberver Deign Lecture Advanced Control Sytem Dr Eyad Radwan Dr Eyad Radwan/ACS/ State Space-L Controller deign relie upon acce to the tate variable for feedback through adjutable gain. Thi
ME 375 FINAL EXAM Wednesday, May 6, 2009
ME 375 FINAL EXAM Wedneday, May 6, 9 Diviion Meckl :3 / Adam :3 (circle one) Name_ Intruction () Thi i a cloed book examination, but you are allowed three ingle-ided 8.5 crib heet. A calculator i NOT allowed.
into a discrete time function. Recall that the table of Laplace/z-transforms is constructed by (i) selecting to get
Lecture 25 Introduction to Some Matlab c2d Code in Relation to Sampled Sytem here are many way to convert a continuou time function, { h( t) ; t [0, )} into a dicrete time function { h ( k) ; k {0,,, }}
MAE 101A. Homework 3 Solutions 2/5/2018
MAE 101A Homework 3 Solution /5/018 Munon 3.6: What preure gradient along the treamline, /d, i required to accelerate water upward in a vertical pipe at a rate of 30 ft/? What i the anwer if the flow i
Lecture 7 Grain boundary grooving
Lecture 7 Grain oundary grooving The phenomenon. A polihed polycrytal ha a flat urface. At room temperature, the urface remain flat for a long time. At an elevated temperature atom move. The urface grow
Radiation Heat Transfer
CM30 ranport I Part II: Heat ranfer Radiation Heat ranfer Profeor Faith Morrion Department of Chemical Engineering Michigan echnological Univerity CM30 ranport Procee and Unit Operation I Part : Heat ranfer
ESCI 343 Atmospheric Dynamics II Lesson 9 Internal Gravity Waves
ESCI 343 Atmopheric Dynami II Leon 9 Internal Gravity Wave Reference: An Introduction to Dynamic Meteoroloy (3 rd edition), J.R. olton Atmophere-Ocean Dynami, A.E. Gill Wave in Fluid, J. Lihthill Readin:
NUMERICAL SIMULATION OF DESICCATION CRACKING PROCESS BY WEAK COUPLING OF DESICCATION AND FRACTURE
Geotec., Cont. Mat. & Env., ISSN:86-990, Japan, DOI: http://dx.doi.org/0.660/07.33.535 NUMERICAL SIMULATION OF DESICCATION CRACKING PROCESS BY WEAK COUPLING OF DESICCATION AND FRACTURE *Sayako Hirobe and
NONISOTHERMAL OPERATION OF IDEAL REACTORS Plug Flow Reactor
NONISOTHERMAL OPERATION OF IDEAL REACTORS Plug Flow Reactor T o T T o T F o, Q o F T m,q m T m T m T mo Aumption: 1. Homogeneou Sytem 2. Single Reaction 3. Steady State Two type of problem: 1. Given deired
Introduction to Laplace Transform Techniques in Circuit Analysis
Unit 6 Introduction to Laplace Tranform Technique in Circuit Analyi In thi unit we conider the application of Laplace Tranform to circuit analyi. A relevant dicuion of the one-ided Laplace tranform i found
A Method for Assessing Customer Harmonic Emission Level Based on the Iterative Algorithm for Least Square Estimation *
Engineering, 203, 5, 6-3 http://dx.doi.org/0.4236/eng.203.59b002 Publihed Online September 203 (http://www.cirp.org/journal/eng) A Method for Aeing Cutomer Harmonic Emiion Level Baed on the Iterative Algorithm
Sensorless Speed Control including zero speed of Non Salient PM Synchronous Drives Rasmussen, Henrik
Aalborg Univeritet Senorle Speed Control including zero peed of Non Salient PM Synchronou Drive Ramuen, Henrik Publication date: 2 Document Verion Publiher' PDF, alo known a Verion of record Link to publication
MODELLING THE FIRE BEHAVIOUR OF ELECTRICAL CABLES
MODELLIG THE FIRE BEHAVIOUR OF ELECTRICAL CABLES Simo Hotikka and Anna Matala VTT Technical Reearch Centre of Finland, Epoo, Finland ABSTRACT Electrical cable contitute the major part of the fire load
Calculation of the temperature of boundary layer beside wall with time-dependent heat transfer coefficient
Ŕ periodica polytechnica Mechanical Engineering 54/1 21 15 2 doi: 1.3311/pp.me.21-1.3 web: http:// www.pp.bme.hu/ me c Periodica Polytechnica 21 RESERCH RTICLE Calculation of the temperature of boundary
INVESTIGATION OF THE TURBULENT MASS TRANSPORT DURING THE MIXING OF A STABLE STRATIFICATION WITH A FREE JET USING CFD-METHODS
INVESTIGATION OF THE TURBULENT MASS TRANSPORT DURING THE MIXING OF A STABLE STRATIFICATION WITH A FREE JET USING CFD-METHODS I1. Armin Zirkel, I2. Eckart Laurien Intitute of Nuclear Technology and Energy
Sediment Transport in Shallow Overland Flow
Sediment Tranport in Shallow Overland Flow M.J.M. Römken USDA-ARS National Sedimentation Laboratory Oxford, MS 38655 M.R. Suryadevara Department of Civil Engineering Univerity of Miiippi Univerity, MS
Suggested Answers To Exercises. estimates variability in a sampling distribution of random means. About 68% of means fall
Beyond Significance Teting ( nd Edition), Rex B. Kline Suggeted Anwer To Exercie Chapter. The tatitic meaure variability among core at the cae level. In a normal ditribution, about 68% of the core fall
CHAPTER 4 DESIGN OF STATE FEEDBACK CONTROLLERS AND STATE OBSERVERS USING REDUCED ORDER MODEL
98 CHAPTER DESIGN OF STATE FEEDBACK CONTROLLERS AND STATE OBSERVERS USING REDUCED ORDER MODEL INTRODUCTION The deign of ytem uing tate pace model for the deign i called a modern control deign and it i
Enhancing dielectric contrast between land mines and the soil environment by watering: modeling, design, and experimental results.
Enhancing dielectric contrat between land mine and the oil environment by watering: modeling, deign, and experimental reult. Brian Borcher a, Jan M. H. Hendrickx b, Bhabani S. Da c, and Sung-Ho Hong b
Numerical Simulations of Coriolis Flow Meters for Low Reynolds Number Flows
MAPAN - Journal Numerical of Metrology Simulation Society of of Corioli India, Vol. Flow 26, Meter No. 3, 2011; for Low pp. Reynold 225-235 Number Flow ORIGINAL ARTICLE Numerical Simulation of Corioli
Evaluation of Rock Phosphate-Phosphorus Sorption and Release in Basement Complex Soil Cultivated to the Oil Palm
E3 Journal of Agricultural Reearch and Development Vol. 2(3). pp. 070-076, May, 2012 Available online http://www.e3journal.org E3 Journal 2012 Full length reearch paper Evaluation of Rock Phophate-Phophoru
NONLINEAR CONTROLLER DESIGN FOR A SHELL AND TUBE HEAT EXCHANGER AN EXPERIMENTATION APPROACH
International Journal of Electrical, Electronic and Data Communication, ISSN: 232-284 Volume-3, Iue-8, Aug.-25 NONLINEAR CONTROLLER DESIGN FOR A SHELL AND TUBE HEAT EXCHANGER AN EXPERIMENTATION APPROACH
Analysis of Step Response, Impulse and Ramp Response in the Continuous Stirred Tank Reactor System
ISSN: 454-50 Volume 0 - Iue 05 May 07 PP. 7-78 Analyi of Step Repone, Impule and Ramp Repone in the ontinuou Stirred Tank Reactor Sytem * Zohreh Khohraftar, Pirouz Derakhhi, (Department of hemitry, Science
Lecture 4 Topic 3: General linear models (GLMs), the fundamentals of the analysis of variance (ANOVA), and completely randomized designs (CRDs)
Lecture 4 Topic 3: General linear model (GLM), the fundamental of the analyi of variance (ANOVA), and completely randomized deign (CRD) The general linear model One population: An obervation i explained
Module 1: Learning objectives
Heat and Ma Tranfer Module 1: Learning objective Overview: Although much of the material of thi module will be dicued in greater detail, the objective of thi module i to give you a reaonable overview of
Dynamic Simulation of NEK Reactor Coolant Pump with a Best Estimate Full Scale Model in APROS
Dynamic Simulation of NEK Reactor Coolant Pump with a Bet Etimate Full Scale Model in APROS ABSTRACT Dejan Slovenc ZEL-EN d.o.o. Hočevarjev trg 1, 870, Krško, Slovenia dejan.lovenc@zel-en.i Ivica Bašić
Performance analysis of heat exchanger with different types of fins
1. www.ierjournal.org International Engineering Reearch Journal (IERJ) Special Iue 3 Page 3-370, 201, ISSN 2395-121 ISSN 2395-121 Performance analyi of heat exchanger with different type of fin #1 Mi.
DEVELOPMENT OF A STRUCTURED THERMOCLINE THERMAL ENERGY STORAGE SYSTEM
DEVELOPMENT OF A STRUCTURED THERMOCLINE THERMAL ENERGY STORAGE SYSTEM Brad M. Brown Matt N. Straer R. Paneer Selvam Univerity of Arkana Department of Civil Engineering 4190 Bell Engineering Center Fayetteville,
The HPx reactive transport models: A. possibilities. D. Jacques (1), J. Šimůnek (2), D. Mallants (3), M.Th. van Genuchten (4)
The HPx reactive tranport model: A hort overview of development and poibilitie HPx Flow Tranport Geochemitry Outline D. Jacque (1), J. Šimůnek (2), D. Mallant (3), M.Th. van Genuchten (4) (1) CEN, Belgium,
INVESTIGATIONS OF HEAT TRANSFER AND PRESSURE LOSS IN AN ENGINE-SIMILAR TWO-PASS INTERNAL BLADE COOLING CONFIGURATION
INVESTIGATIONS OF HEAT TRANSFER AND PRESSURE LOSS IN AN ENGINE-SIMILAR TWO-PASS INTERNAL BLADE COOLING CONFIGURATION C. Waidmann* - R. Poer* - J. von Wolferdorf* M. Foi** - K. Semmler** * Intitut of Aeropace
UNITS FOR THERMOMECHANICS
UNITS FOR THERMOMECHANICS 1. Conitent Unit. Every calculation require a conitent et of unit. Hitorically, one et of unit wa ued for mechanic and an apparently unrelated et of unit wa ued for heat. For
III.9. THE HYSTERESIS CYCLE OF FERROELECTRIC SUBSTANCES
III.9. THE HYSTERESIS CYCLE OF FERROELECTRIC SBSTANCES. Work purpoe The analyi of the behaviour of a ferroelectric ubtance placed in an eternal electric field; the dependence of the electrical polariation
APPLICATION OF THE SINGLE IMPACT MICROINDENTATION FOR NON- DESTRUCTIVE TESTING OF THE FRACTURE TOUGHNESS OF NONMETALLIC AND POLYMERIC MATERIALS
APPLICATION OF THE SINGLE IMPACT MICROINDENTATION FOR NON- DESTRUCTIVE TESTING OF THE FRACTURE TOUGHNESS OF NONMETALLIC AND POLYMERIC MATERIALS REN A. P. INSTITUTE OF APPLIED PHYSICS OF THE NATIONAL ACADEMY
Non-Maxwell-Boltzmann statistics in spin-torque devices: calculating switching rates and oscillator linewidths
Non-axwell-Boltzmann tatitic in pin-torque device: calculating witching rate and ocillator linewidth P. B.Vicher and D.. Apalkov Department of Phyic and Atronomy Thi project wa upported by NSF grant #
CBME 5210 Advanced Separation Processes
CBME 5210 Advanced Separation Procee Intructor: Prof. Xijun Hu (Room 4559; Tel: 2358 7134; Email: kexhu; web: http://kexhu.people.ut.hk) TA: Mr. Cong LI, Lab 7104, email: clibd@connect.ut.hk Aim: Thi ubject
Pulsed Magnet Crimping
Puled Magnet Crimping Fred Niell 4/5/00 1 Magnetic Crimping Magnetoforming i a metal fabrication technique that ha been in ue for everal decade. A large capacitor bank i ued to tore energy that i ued to
Asynchronous space time algorithm based on a domain decomposition method for structural dynamics problems on non-matching meshes
Comput Mech (6) 57: 35 DOI.7/466-5-8- ORIGINAL PAPER Aynchronou pace time algorithm baed on a domain decompoition method for tructural dynamic problem on non-matching mehe Waad Subber Karel Matouš Received:
SMALL-SIGNAL STABILITY ASSESSMENT OF THE EUROPEAN POWER SYSTEM BASED ON ADVANCED NEURAL NETWORK METHOD
SMALL-SIGNAL STABILITY ASSESSMENT OF THE EUROPEAN POWER SYSTEM BASED ON ADVANCED NEURAL NETWORK METHOD S.P. Teeuwen, I. Erlich U. Bachmann Univerity of Duiburg, Germany Department of Electrical Power Sytem
Chapter 7. Principles of Unsteady - State and Convective Mass Transfer
Suppleental Material for Tranport Proce and Separation Proce Principle hapter 7 Principle of Unteady - State and onvective Ma Tranfer Thi chapter cover different ituation where a tranfer i taking place,
Extending MFM Function Ontology for Representing Separation and Conversion in Process Plant
Downloaded from orbit.dtu.dk on: Oct 05, 2018 Extending MFM Function Ontology for Repreenting Separation and Converion in Proce Plant Zhang, Xinxin; Lind, Morten; Jørgenen, Sten Bay; Wu, Jing; Karnati,
THE EXPERIMENTAL PERFORMANCE OF A NONLINEAR DYNAMIC VIBRATION ABSORBER
Proceeding of IMAC XXXI Conference & Expoition on Structural Dynamic February -4 Garden Grove CA USA THE EXPERIMENTAL PERFORMANCE OF A NONLINEAR DYNAMIC VIBRATION ABSORBER Yung-Sheng Hu Neil S Ferguon
ASPECTS OF ANALYSIS OF REVERSE FRICTION - CAUSED CONTACT PHENOMENA
ASPECTS OF ANALYSIS OF REVERSE FRICTION - CAUSED CONTACT PHENOMENA Paweł PIEC, Cracow Univerity of Technology, Cracow, Poland Staniław PYTKO, Univerity of Mining and Metallurgy, Cracow, Poland S u m m
PARAMETERS OF DISPERSION FOR ON-TIME PERFORMANCE OF POSTAL ITEMS WITHIN TRANSIT TIMES MEASUREMENT SYSTEM FOR POSTAL SERVICES
PARAMETERS OF DISPERSION FOR ON-TIME PERFORMANCE OF POSTAL ITEMS WITHIN TRANSIT TIMES MEASUREMENT SYSTEM FOR POSTAL SERVICES Daniel Salava Kateřina Pojkarová Libor Švadlenka Abtract The paper i focued
USING NONLINEAR CONTROL ALGORITHMS TO IMPROVE THE QUALITY OF SHAKING TABLE TESTS
October 12-17, 28, Beijing, China USING NONLINEAR CONTR ALGORITHMS TO IMPROVE THE QUALITY OF SHAKING TABLE TESTS T.Y. Yang 1 and A. Schellenberg 2 1 Pot Doctoral Scholar, Dept. of Civil and Env. Eng.,
Convective Heat Transfer
Convective Heat Tranfer Example 1. Melt Spinning of Polymer fiber 2. Heat tranfer in a Condener 3. Temperature control of a Re-entry vehicle Fiber pinning The fiber pinning proce preent a unique engineering
MASSACHUSETTS INSTITUTE OF TECHNOLOGY
MASSACHUSETTS INSTITUTE OF TECHNOLOGY 5.73 Quantum Mechanic I Fall, 00 Profeor Robert W. Field FINAL EXAMINATION DUE: December 11, 00 at 11:00AM. Thi i an open book, open note, open computer, unlimited
The application of a multi-domain boundary face method in a steady state heat conduction problem
Boundary Element and Other Meh Reduction Method XXXVI 285 The application of a multi-domain boundary face method in a teady tate heat conduction problem Jianming Zhang, Xianghe Li & Yuan Li State Key Laboratory
The Correlation of the Performance of Duct Lining Materials with Their Normal Incidence Properties
Purdue Univerity Purdue e-pub Publication of the Ray W. Herrick Laboratorie School of Mechanical Engineering 8-005 The Correlation of the Performance of Duct Lining Material with Their Normal Incidence
This article appeared in a journal published by Elsevier. The attached copy is furnished to the author for internal non-commercial research and
Thi article appeared in a journal publihed by Elevier. The attached copy i furnihed to the author for internal non-commercial reearch and education ue, including for intruction at the author intitution
INTEGRATION OF A PHENOMENOLOGICAL RADAR SENSOR MODELL IN IPG CARMAKER FOR SIMULATION OF ACC AND AEB SYSTEMS
INTEGRATION OF A PHENOMENOLOGICAL RADAR SENSOR MODELL IN IPG CARMAKER FOR SIMULATION OF ACC AND AEB SYSTEMS Dr. A. Eichberger*, S. Bernteiner *, Z. Magoi *, D. Lindvai-Soo **, * Intitute of Automotive
PI control system design for Electromagnetic Molding Machine based on Linear Programing
PI control ytem deign for Electromagnetic Molding Machine baed on Linear Programing Takayuki Ihizaki, Kenji Kahima, Jun-ichi Imura*, Atuhi Katoh and Hirohi Morita** Abtract In thi paper, we deign a PI
The continuous time random walk (CTRW) was introduced by Montroll and Weiss 1.
1 I. CONTINUOUS TIME RANDOM WALK The continuou time random walk (CTRW) wa introduced by Montroll and Wei 1. Unlike dicrete time random walk treated o far, in the CTRW the number of jump n made by the walker
KNOWN: Air undergoes a polytropic process in a piston-cylinder assembly. The work is known.
PROBLEM.7 A hown in Fig. P.7, 0 ft of air at T = 00 o R, 00 lbf/in. undergoe a polytropic expanion to a final preure of 5.4 lbf/in. The proce follow pv. = contant. The work i W = 94.4 Btu. Auming ideal
Slip Behavior in Liquid Films: Influence of Patterned Surface Energy, Flow Orientation, and Deformable Gas-Liquid Interface. Nikolai V.
Slip Behavior in Liquid Film: Influence of Patterned Surface Energy, Flow Orientation, and Deformable Ga-Liquid Interface Nikolai V. Priezjev Department of Mechanical and Material Engineering Wright State
Alternate Dispersion Measures in Replicated Factorial Experiments
Alternate Diperion Meaure in Replicated Factorial Experiment Neal A. Mackertich The Raytheon Company, Sudbury MA 02421 Jame C. Benneyan Northeatern Univerity, Boton MA 02115 Peter D. Krau The Raytheon
Chapter 1 Basic Description of Laser Diode Dynamics by Spatially Averaged Rate Equations: Conditions of Validity
Chapter 1 Baic Decription of Laer Diode Dynamic by Spatially Averaged Rate Equation: Condition of Validity A laer diode i a device in which an electric current input i converted to an output of photon.
To describe a queuing system, an input process and an output process has to be specified.
5. Queue (aiting Line) Queuing terminology Input Service Output To decribe a ueuing ytem, an input proce and an output proce ha to be pecified. For example ituation input proce output proce Bank Cutomer
Notes adapted from Prof. P. Lewis
UCL DEPARTMENT OF EORAPHY EO141/ EO351 Principle & Practice of Remote Sening (PPRS) Radiative Tranfer Theory at optical wavelength applied to vegetation canopie: part 2 Dr. Mathia (Mat) Diney UCL eography
These are practice problems for the final exam. You should attempt all of them, but turn in only the even-numbered problems!
Math 33 - ODE Due: 7 December 208 Written Problem Set # 4 Thee are practice problem for the final exam. You hould attempt all of them, but turn in only the even-numbered problem! Exercie Solve the initial
Online supplementary information
Electronic Supplementary Material (ESI) for Soft Matter. Thi journal i The Royal Society of Chemitry 15 Online upplementary information Governing Equation For the vicou flow, we aume that the liquid thickne
Loss Less Image firmness comparision by DPCM and DPCM with LMS Algorithm
Lo Le Image firmne compariion by DPCM and DPCM with LMS Algorithm Pramod Kumar Rajput 1 and Brijendra Mihra 2 1,2 Department of Electronic & Communication, Nagaji Intitute of Technology and Management
Numerical analysis of heating characteristics of a slab in a bench scale reheating furnace
International Journal of Heat and Ma Tranfer 5 (27) 219 223 Technical Note Numerical analyi of heating characteritic of a lab in a bench cale reheating furnace Sang Heon Han a, *, Seung Wook Baek a, Sang
RESEARCH ON THE THEORIES OF BEM BASED CYCLOSTATIONARY NEAR FIELD ACOUSTIC HOLOGRAPHY. Haibin Zhang, Weikang Jiang and Quan Wan
ICV14 Cairn Autralia 9-12 July, 2007 REEARCH ON THE THEORIE OF BEM BAED CYCLOTATIONARY NEAR FIELD ACOUTIC HOLOGRAPHY Haibin Zhang, Weikang Jiang and Quan Wan tate Key Laboratory of Mechanical ytem and
Acceptance sampling uses sampling procedure to determine whether to
DOI: 0.545/mji.203.20 Bayeian Repetitive Deferred Sampling Plan Indexed Through Relative Slope K.K. Sureh, S. Umamahewari and K. Pradeepa Veerakumari Department of Statitic, Bharathiar Univerity, Coimbatore,
Parameter Sensitivity Analysis to Improve Material Design for Novel Zn-MnO 2 Batteries with Ionic Liquid Electrolytes
Parameter Senitivity Analyi to Improve Material Deign for Novel Zn-MnO Batterie with Ionic Liquid Electrolyte Zachary T. Gima & Bernard J. Kim CE 95: Spring 06 Abtract Battery deign at the material level
Lecture 23 Date:
Lecture 3 Date: 4.4.16 Plane Wave in Free Space and Good Conductor Power and Poynting Vector Wave Propagation in Loy Dielectric Wave propagating in z-direction and having only x-component i given by: E