Добрый день. Столкнулся с проблемой при загрузке модели.
Последовательность работы при которой была следующей получена ошибка следующая:
1) На суперкомпьютере скомпилировал UDF запустил на расчёт
2) Полученные результаты скопировал на персональный и начал открывать, предварительно скомпилировав UDF
3) После нажатия на открытие *.cas и *.dat следует:
Multicore SMT processors detected. Processor affinity set!
- Reading "\"| gunzip -c \"D:\2Work\Ivan\result\LES_0.6mln_comb_result_4000ts.cas.gz\"\""...
- Buffering for file scan...
- 609616 hexahedral cells, zone 3, binary.
- Warning: reading 32 partition grid onto 4 compute node machine.
- Combining every 8 partitions.
- 609616 cell partition ids, zone 3, 4 partitions, binary.
- 1804186 quadrilateral interior faces, zone 2, binary.
- 27628 quadrilateral wall faces, zone 1, binary.
- 1624 quadrilateral wall faces, zone 8, binary.
- 1624 quadrilateral wall faces, zone 9, binary.
- 4912 quadrilateral wall faces, zone 10, binary.
- 4912 quadrilateral wall faces, zone 11, binary.
- 5376 quadrilateral pressure-outlet faces, zone 7, binary.
- 3248 quadrilateral velocity-inlet faces, zone 6, binary.
- 634589 nodes, binary.
- 634589 node flags, binary.
- 20000 "inlet" point-profile points, x, y, z, x-velocity, y-velocity, z-velocity, turb-kinetic-energy, turb-diss-rate.
- Checking the existence of compiled "libudf" UDF library for current platform.
- If needed will attempt auto-compilation...
- Could not find input files. Found "libudf" library, loading it...
- Opening library "D:\2Work\Ivan\result\libudf"...
- Library "D:\2Work\Ivan\result\libudf\win64\3ddp_host\libudf.dll" opened
- Opening library "D:\2Work\Ivan\result\libudf"...
- Library "D:\2Work\Ivan\result\libudf\win64\3ddp_node\libudf.dll" opened
- Opening library "D:\2Work\Ivan\result\libudf"...
- Library "D:\2Work\Ivan\result\libudf\win64\3ddp_node\libudf.dll" opened
- Opening library "D:\2Work\Ivan\result\libudf"...
- Library "D:\2Work\Ivan\result\libudf\win64\3ddp_node\libudf.dll" opened
- Opening library "D:\2Work\Ivan\result\libudf"...
- Library "D:\2Work\Ivan\result\libudf\win64\3ddp_node\libudf.dll" opened
- user_LaminarFlameSpeed
- user_Critical_Strain_Rate
- user_Viscosity
- Done.
- WARNING: The current turbulence model should only be used with
- Second Order (or Bounded Second Order) Transient Formulation.
- To correct this, use the '/define/models/unsteady-2nd-order?'
- TUI command or change the Transient Formulation setting in
- the 'Solution Methods' GUI Task Page.
- Building...
- mesh
- distributing mesh
- parts....,
- faces....,
- nodes....,
- cells....,
- Warning: Number of nodes read (634589) does not match number referenced (634524).
- Performing relabeling.
- materials,
- interface,
- domains,
- mixture
- zones,
- wall_side2
- wall_side1
- wall_second
- wall_first
- outlet
- inlet
- interior-bluffbody-solid
- wall-bluffbody-solid
- bluffbody-solid
- parallel,
- Opening D:\PROGRA~1\ANSYSI~1\v160\fluent\fluent16.0.0\KINetics\win64\kinetics_usrdll.dll
- Opening D:\PROGRA~1\ANSYSI~1\v160\fluent\fluent16.0.0\KINetics\win64\KINeticsdll.dll
- NOTE: Run speed may improve if you re-import CHEMKIN Mechanism
- Reading "\"| gunzip -c \"RANS_0.6mln_comb.pdf.gz\"\""...
- Version of the file: "fluent15.0"
- Read PDF case variables
- Type of the PDF Table: Nonadiabatic Table with FGM Model (Two Streams)
- Read species data
- Read stream inlets
- Read PDF tables
- - mixture fraction table
- - temperature table
- - density table
- reading species 20 of 20
- - species mole fraction table
- Read intermediate data
- Read 20 species (sectioned c, 3D prepdf)
- PDF file successfully read.
- Warning: file C:\Users\Anton1\Desktop\Sl\WS4_17.0\grimech30_thermo.dat does not exist.
- Error at host:
- Unknown independent variable for polynomial
- Error at Node 0:
- Unknown independent variable for polynomial
- Error at Node 1:
- Unknown independent variable for polynomial
- Error at Node 2:
- Unknown independent variable for polynomial
- Error at Node 3:
- Unknown independent variable for polynomial
- Error:
- Unknown independent variable for polynomial
- Error Object: #f
Подскажите пожалуйста из-за чего происходит эта ошибка. Что делаю не так.
Здравствуйте!
Для начала попробуйте зачитать только case-файл. И поместите в рабочую директорию файл с базой данных термодинамических свойств, который он не находит.
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