No. |
Author(s) - Title |
Pages |
1. |
A.H.Clausen, O.S.Hopperstad and M.Langseth -- Stretch bending of aluminium extrusions |
7-32 |
2. |
A.Hallanger, K.-E.Froysa and P.Lunde -- CFD-simulation and installation effects for ultrasonic flow meters in pipes with bends |
33-64 |
3. |
K.Herfjord, G.Olsen, T.Kvamsdal and K.M.Okstad -- Fluid-structure interaction in the case of two independent cylinders in vortex induced vibrations (viv) |
65-83 |
4. |
A.E.Holdo -- Industrial applications of computational fluid dynamics |
85-105 |
5. |
K.Trulsen, B.Spjelkavik and E.Mehlum -- Green water computed with a spline-based collocation method for potential flow |
107-123 |
6. |
T.Weydahl, M.Bugge, I.R.Gran and I.S.Ertesvag -- Computational modeling of nitric oxide formation in biomass combustion |
125-141 |
7. |
S.D.Knutsen, O.G.Dahlhaug, M.Kjeldsen and B.Borresen Jr. -- Turbomachinery calculations at highly off-design conditions |
143-156 |
8. |
T.Aukrust -- Numerical simulation of aluminium extrusion with a Lagrangian FEM code |
157-171 |
9. |
L.Furuberg -- Computational challenges in MEMS |
173-185 |
10. |
H.P.Langtangen and G.Pedersen -- Propagation of large destructive waves |
187-204 |
11. |
S.Sjõstrõm, J.Burman and M.Jinnestrand -- Lifetime prediction of gas turbine components with thermal barrier coatings, using micromechanics |
205-220 |
12. |
K.V.Hoiseth -- Mechanical modelling of quasi-brittle shear failure |
221-243 |
13. |
G.Skeie and A.C.Damhaug -- Load transfer in ship wave analysis |
245-265 |
14. |
M.Chiesa, E. Ostby, B.Skallerud and Ch.Thaulow -- An engineering methodology taking into account the effect of local damage on the global behavior of surface cracked shell structures |
267-291 |
15. |
T.Kvamsdal, K.M.Okstad and S.Abtahi -- Extrud: a coupled heat and flow solver for 3D simulation of aluminium extrusion |
293-310 |
16. |
B.Valles, H.I.Andersson and C.B.Jenssen -- Three-dimensional simulation of time-dependent flow behind bluff bodies |
311-328 |
17. |
H.Laux, K.Bech, L.R.Hellevik and S.T.Johansen -- CFD modelling of bubble-driven flow |
329-359 |
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