March 12 2003 4:26:10.895 PM FLOW6 Last modified on 12 March 2003. Primary size parameters: MAXNX = 20 MAXNY = 20 Secondary size parameters: MAXELM = 800 MAXEQN = 3803 MAXNP = 1681 MAXROW = 609 MAXSIDE = 1600 Variable sizes: Array storage 2316027 NODE 10086 PHI 201600 The flow region is CAVITY The state equations are NAVIER-STOKES The number of: Horizontal elements NX = 5 Vertical elements NY= 5 Elements, NELEM = 50 Nodes, NP = 121 Unknowns, NEQN = 278 Newton method parameters: JAC = 0, use analytic jacobian. Iteration limit, NEWTON_MAX = 20 Jacobian reuse, NEWTON_STUTTER = 1 Iteration tolerance, NEWTON_TOLERANCE = 0.100000E-03 TMP friction term penalty coefficient PENALTY1 = 0.00000 TMP momentum term penalty coefficient PENALTY2 = 1.00000 Lower bandwidth NLBAND = 52 Required matrix rows NROW = 157 Available matrix rows, MAXROW = 609 Set Newton starting point to zero. Newton iteration: ||X|| ||FX|| ||Delta X|| Navier 0.000 1 1.000 49 1.000 10.79 278 1.000 10.79 278 0.2657 247 1.000 0.4721 278 1.000 11.26 278 0.3175E-03 225 1.000 0.4702E-03 28 1.000 11.26 278 0.2384E-06 248 1.000 FLOW6: NEWTON computed the Navier Stokes solution. Max-norm of velocity magnitude = 1.00000 Max-norm of pressure = 11.2620 L2-norm of velocity magnitude = 0.264195 L2-norm of pressure = 0.779070 H1-norm of velocity magnitude = 3.76983 H1-norm of pressure = 12.1083 FLOW6: Wrote the TECPLOT data file "flow6.tec". FLOW6: Wrote the element data file "elements.txt". FLOW6: Wrote the UVP(XY) data file "uvp.txt". FLOW6: Wrote the coefficient data file "g.txt". FLOW6: Normal end of execution. March 12 2003 4:26:11.310 PM