... Letters 20 11, 6:488 http://www.nanoscalereslett.com/content/6/1/488 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 Yang Y, Zhang ZG, Grulke EA, Anderson WB, Wu G: Heat transfer ... were used in single pipe heat transfer, microchannel heat sinks, plate heat exchangers, double-tube heat exchangers, or heated enclosures, and seldom used in air-cooled heat exchangers Since the ... (IMECE 20 06) 20 06 Zeinali Heris S, Nasr Esfahany M, Etemad SGh: Experimental investigation of convective heat transfer of Al2O3/water nanofluid in circular tube Int J Heat Fluid Flow 20 07, 28 :20 3...
... 24 3.1.3 .2 Cultural knowledge 25 3.1.4 Influential factors on the amount of expressiveness .26 3.1.4.1 Communicating partners 26 3.1.4 .2 Communicating situations 27 ... CULTURE 1 .2 COMMUNICATION .4 1 .2. 1 Definition of Communication .4 1 .2. 2 Forms of Communication 1 .2. 3 Components of Communication 1 .2. 4 Cross-cultural communication ... PROCEDURE OF DATA COLLECTION .20 vii 2. 4 DATA ANALYSIS METHOD 20 CHAPTER 3: DATA ANALYSIS AND DISCUSSION OF THE FINDINGS .21 3.1 DATA ANALYSIS: 21 3.1.1 Most common expressions...
... limitation of 735A cable at 22 5' 735A cable and cross-connect limits are shown in Figure 5.5 dB 735A 22 5' NETWORK ELEMENT 1.15 dB 735A 20 ' 735A 22 5' DSX DSX NETWORK ELEMENT 3/01 • 122 8 5.5 dB Figure 735A ... 60' Cross-Connect 17 Bays 16 640 27 20 24 960 4080 48 1 920 8160 Figure DSX-3 Maximum System Capacity Based on Single Line-Up with Ten Chassis Per Bay 3/01 • 122 8 DSX-3 Cable and Cross-Connect ... line-up to ensure that any two NE may be cross-connected together as shown in Figure 5" 26 " 10" 26 " 10" 26 " 10" 26 " FUSE PANEL CABLE TROUGH FUSE PANEL CABLE TROUGH FUSE PANEL CABLE TROUGH FUSE PANEL...
... expansion by Shu (20 04) as 28 CHAPTER STANDARD LATTICE BOLTZMANN METHOD (c − u) f (r, c, t ) = ρ (2 RT ) exp[− ] RT c − 2cu + u = ρ (2 RT ) − D / exp[− ] RT c2 2c ⋅ u − u = ρ (2 RT ) − D / exp[− ... Figure 2.2 Sketches of the some common DdQ ( N + 1) lattice models from (Shu 20 04 and Dupuis 20 02) The direction i is numbered and correspond to the velocity vector ei The D2Q5 model is the D2Q9 ... METHOD 15 16 2. 1 Lattice Gas Cellular Automata 16 2.2 Basic Idea of LBM 24 2. 3 BGK Approximation 27 2. 4 Determination of Lattice Weights 34 2. 5 Chapman-Enskog Expansion 38 CHAPTER A GENERALIZED...
... Hale et al (20 00), Kim et al (20 00), Lim et al (20 00), Hasselbrink and Mungal (20 01a, 20 01b), Rivero et al (20 01), Cortelezzi and Karagozian (20 01) and Gollahalli and Pardiwalla (20 02) One of the ... Techniques H L Hydraulic diameter, Dh (mm) 18.5 55.5 24 .8 0.3 22 .5 45.0 28 .5 0.5 31.6 31.6 31.6 45.0 22 .5 28 .5 55.5 18.5 24 .8 Configuration Table 2. 1 Jet exit shape Dimensions (mm) Aspect Ratio (AR=H/L) ... 155 7 .21 u, v and V velocity components for AR=0.5, VR=5 EJICF 156 7 .22 u, v and V velocity components for AR =2, VR=1 EJICF 159 7 .23 u, v and V velocity components for AR =2, VR =2 EJICF 160 7 .24 ...
... 32 2 .2. 1 Wall-to-surface heat transfer 33 2.2 .2 Heat penetration in granular beds 34 2. 2.3 Overall heat transfer coefficient ... mills have been investigated using DEM in 2D (Cleary, 20 01; Cleary and Sawley, 20 02; Kwan et al., 20 05) and 3D (Rajamani et al., 20 00; Mishra et al., 20 02) While these works focused only on the ... blender 3D DEM Flow and heat transfer (Chaudhuri et al., 20 06) Hopper 2D DEM Flow study (Cleary and Sawley, 20 02) 2D CFD-DEM Flow and heat transfer study (Kruggel-Emden et al., 20 06) 3D DEM Flow study...
... 32 2 .2. 1 Wall-to-surface heat transfer 33 2.2 .2 Heat penetration in granular beds 34 2. 2.3 Overall heat transfer coefficient ... mills have been investigated using DEM in 2D (Cleary, 20 01; Cleary and Sawley, 20 02; Kwan et al., 20 05) and 3D (Rajamani et al., 20 00; Mishra et al., 20 02) While these works focused only on the ... blender 3D DEM Flow and heat transfer (Chaudhuri et al., 20 06) Hopper 2D DEM Flow study (Cleary and Sawley, 20 02) 2D CFD-DEM Flow and heat transfer study (Kruggel-Emden et al., 20 06) 3D DEM Flow study...
... Formulation 2. 1.3 Non-Dimensionalization 19 2.2 Coordinate System 2. 2.1 Concentric Geometry 2.2 .2 Eccentric Geometry 21 2. 3 Boundary Conditions 2. 3.1 Velocity and Thermal Boundary Conditions 2. 3 .2 Vorticity ... ∂θ (2. 2 .2) ∇ 2 = −ζ (2. 2.3) UT ∂T ∂ ∂ + (U r T ) + (U θ T ) + r = ∇ 2T ∂t ∂r r ∂θ r 2 ∂ 2 ∂ψ ∂ψ where U r = and ∇ ≡ ( + ) + ,U θ = − r ∂θ ∂r r ∂r r ∂θ ∂r (2. 2.4) 2.2 .2 Eccentric geometry The ... difference form of equations (2. 2 .2) to (2. 2.4) for the concentric geometry and equations (2. 2.6) to (2. 2.8) for the eccentric geometry were solved in a time-marching manner until 26 Chapter Analysis and...
... không tiếng Anh tiếng Việt) Field: English linguistics Code: 60 22 15 Cohort: MA 15 Supervisor: Dr Le Van An or Do The ky, MA Hanoi, 20 09 VIETNAM NATIONAL UNIVERSITY, HANOI UNIVERSITY OF LANGUAGES ... câu hỏi có- không tiếng Anh tiếng Việt) Field: English teaching methodology Code: 60 22 15 Cohort: MA 15 Hanoi, 20 09 VIETNAM NATIONAL UNIVERSITY, HANOI UNIVERSITY OF LANGUAGES AND INTERNATIONAL ... teaching methodology Code: 60 14 10 Cohort: MA 15 Supervisor: Dr Le Van An or Do The ky, MA Hanoi, 20 09 ...
... Marcel Zeelenberg (December 20 02) "Investigating the appraisal patterns of regret and disappointment." Motivation and Emotion Volume 26 , Number Vietnamese Nguyễn Quang (20 02) Giao tiếp giao tiếp giao ... one always uses Expression No Expression No 15 22 It is obviously seen that American and Vietnamese people share some common expressions They are: 2, 4, 5, and 13, of which each is always used ... Penguin Books, New York Knapp M L and Hall J A (20 02) , Nonverbal Communication in Human Interaction, Wadsworth, Belmont, CA (5th Ed) Kuhnke, E., (20 07), Body language for Dummies, John Wiley &...