Page 395 - Process Modelling and Simulation With Finite Element Methods

382 Process Modelling and Simulation with Finite Element Methods
streamlines .............. 110. 112. 113. 121 viscous fingering ............ 173. 192. 194.
strong form .................................. 78. 94 200.211.213.243.334. 349
subdomain integration ........... ..245. 303 volume of fluid method ................... 293
supercriticality ................................. 186 vorticity .... 66. 68. 70.71. 88. 110. 202.
superficial velocity ... 40. 145. 146. 193. 203.205.211. 221
194
surfactant ........ 215. 228. 229. 230. 233. wave dynamics ............
235.236.237.239.240.241. 243 wave equation .................................. 75
swirl atomizers .................................. 75 wavenumber ........... 184. 185. 190. 203.
209. 211
Taylor expansion ............................... 24 weak boundary constraints ..... 313. 314.
thermofluids .................................... 108 318.324.326.336. 349
Thiele moduli .................................... 63 caveats ........................................ 318
tomography ... .245. 246. 247. 248. 264. clarifications ............................... 319
291.313. 349 Handling nonlinear constraints ... 3 14
transient analysis ..................... 139. 210 ideal dim constraint ..... 256. 316. 317
tridiagonal matrix ............................ 100 Implementing constraints using
trusses ................................................ 93 derivatives .................... 314
tubular reactor ............................. 23. 38 non-ideal dim constraint
weak boundary contraints
unit operations .......... 75. 137. 138. 139. Very accurate flux computations
162. 171. 247 314
user defined elements ........................ 93 weakform .......... 78. 79. 86. 87. 94. 108
user defined programming ............. 3. 4. Weak terms ..................
10. 14. 117 weight function ..................... 82. 94. 97

Variational Formulation .................... 94 Y -iunction electrokinetic valve ..... 330
variational principle .......................... 87
variational principles ................... 64. 82 zeta potential ........... 320. 321. 328. 336