**************************************************************** * * * SSSSS YY YY RRRRRR TTTTTTTT HH HH EEEEEE SSSSS * * SS YY YY RR RR TT HH HH EE SS * * SS YYYY RR RR TT HH HH EE SS * * SSSS YY RRRRRR TT HHHHHHH EEEE SSSS * * SS YY RR RR TT HH HH EE SS * * SS YY RR RR TT HH HH EE SS * * SSSSS YY RR RR TT HH HH EEEEEE SSSSS * * * **************************************************************** * * * PRE PROCESSOR FOR USER FUNCTIONS * * * **************************************************************** *** Volumic flux processing **************************************************************** * * * SSS Y Y RRR TTTTT H H EEE SSS * * S Y Y R R T H H E S * * SSS Y RRR T HHH EEE SSS * * S Y RR T H H E S * * SSS Y R R T H H EEE SSS * * * **************************************************************** * * * PRE PROCESSOR FOR USER FUNCTIONS : NORMAL END OF TASK * * * **************************************************************** Data file of SYRTHES : tmp.data SSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSS SSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSS SSSSSS SSSSSS SSSSSSSS YY YY RRRRRR TTTTTTTT HH HH EEEEEE SSSSSS SSSSS YY YY RR RR TT HH HH EE SSSSSSSSS SSSSS YYYY RR RR TT HH HH EE SSSSS SSSSS YY RRRRRR TT HHHHHHH EEEEE SSSSS SSSSS YY RR RR TT HH HH EE SSSSS SSSSSSSSS YY RR RR TT HH HH EE SSSSSSSS SSSSSSS YY RR RR TT HH HH EEEEEE SSSSSSSS SSSSS SSSSSSS SSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSS SSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSS VERSION 4.3 *** SYRTHES : SUMMARY OF MAIN OPTIONS - no heat and moisture transfert model used - thermal radiation calculation *** SYRTHES : FILE NAMES READING - Conduction mesh : /home/jundi/Desktop/Reproduce_Eccentric/Concentric_ConstBound/concentric_ConstBound/MESH/Concentric_solid.syr - Radiation mesh : /home/jundi/Desktop/Reproduce_Eccentric/Concentric_ConstBound/concentric_ConstBound/MESH/Mesh_Rad.syr - Results files : resu1 *** CONDUCTION : SUMMARY OF THE CALCULATION OPTIONS - 3D cartesian calculation - time step on the solid : 0.100000 - number of time step asked : 60000 - chronological output asked (steps) : 1000 - no calculation of the min and max temperature field - temperature flux field calculation - maximum number of iterations in the temperature solver : 10000 - precision required for the temperature solver : 1.000000e-08 ========================================================================================== CONDUCTION INITIALIZATIONS ========================== *** SYRTHES MESH |--------------------|------------------| | Volumic mesh | Boundary mesh | ---------------------|--------------------|------------------| | Dimension | 3 | 3 | | Number of nodes | 27472 | unused | | Number of elements | 112500 | 18900 | | Nb nodes per elt | 4 | 3 | ---------------------|--------------------|------------------| *** verif_maill : number of elements reoriented : 112500 *** Sorting elements according their physical properties (cree_liste_prophy) |---------------| | Nb elements | |----------------------|---------------| | Isotropic material | 112500 | | Orthotropic material | 0 | | Anisotropic material | 0 | |--------------------------------------| *** READING OF MATERIAL PROPRETIES IN THE DATA FILE --> Isotropic material imposed on the references 16 rho=2210.000000 Cp=709.000000 k=1141.000000 --> Isotropic material imposed on the references 17 rho=2210.000000 Cp=709.000000 k=1141.000000 *** READING INITIAL CONDITIONS *** READING THE INITIAL CONDITIONS IN THE DATA FILE --> INITIAL CONDITION : Temperature = 300.000000 imposed on the elements with reference 16 --> INITIAL CONDITION : Temperature = 250.000000 imposed on the elements with reference 17 *** READING PROBES *** HISTORIC SOLID THERMAL PROBES : - Frequency (iter) = 10 - Number of probes = 1 - specified nodes list (from coordinates)= ( 0.000000000e+00 1.793750000e-01 4.160000000e+00 ) *** READING SURFACIC OR VOLUMIC BALANCES --> Number of surfacic balances : 0 --> Nombre of volumic balances : 0 *** SYRTHES RADIATION MESH : |--------------------| | Volumic mesh | ---------------------|--------------------| | Dimension | 3 | | Number of nodes | 2296 | | Number of elements | 7000 | | Nb nodes per elt | 3 | ---------------------|--------------------| *** RADIATION : SUMMARY OF THE CALCULATION OPTIONS - Optional files output : NO - Number of splitting for the view factors calculations : 0 - Number of spectral bands : 1 - The radiation domain is a closed space - View factors will be stored on a file - View factors will be calculated - Solar radiation is not accounted for *** decode_clim : boundary conditions ----------------------------------------------- | Boundary conditions | Nbre of faces | -----------------------------|----------------- | Flux | 6900 | | Dirichlet | 0 | | Exchange | 12000 | | Infinite radiation | 0 | ----------------------------------------------- *** decode_clim_all : boundary conditions ----------------------------------------------- | Boundary conditions | Nbre of faces | -----------------------------|----------------- | Contact resistance | 0 | | Coupling with fluid | 0 | | Coupling with radiation | 0 | | Periodicity | 0 | ----------------------------------------------- *** XMAILL : Number of boundary element similar to flux for variable number : 18900 *** READING OF THE BOUNDARY CONDITIONS IN THE DATA FILE --> T - EXCHANGE ( T=270.000000,h=60.000000) imposed on references 11 --> T - EXCHANGE ( T=270.000000,h=60.000000) imposed on references 9 --> T - FLUX (0.000000) precribed on references 6 7 12 13 14 15 *** READING OF THE BOUNDARY CONDITIONS IN THE DATA FILE (contact, infinite radiation) *** Volumic Flux for variable Temperature : Number of elements : 112500 *** READING THE VOLUMIC CONDITIONS IN THE DATA FILE --> No constant volumic source term is present in the data file ========================================================================================== RADIATION INITIALIZATIONS ========================= *** decode_clim_ray : Radiation face face type according the boundary conditions ----------------------------------------------- | Boundary conditions | Nbre of faces | -----------------------------|----------------- | Coupled with the solid | 12 | | Imposed temperature | 88 | | Prescribed flux | 213 | | Windows | 211 | ----------------------------------------------- *** inifdf : view factors *** dimension_3d : dimensions : overall box dimension =8.320000 smallest segment=2.080000