PSR-0199 HEATING-7.2I - 7.3.
HEATING-7, Multidimensional Finite-Difference Heat Conduction Analysis
NAME OR DESIGNATION OF PROGRAM, COMPUTER, DESCRIPTION OF PROGRAM OR FUNCTION, METHOD OF SOLUTION, RESTRICTIONS ON THE COMPLEXITY OF THE PROBLEM, TYPICAL RUNNING TIME, FEATURES, RELATED AND AUXILIARY PROGRAMS, STATUS, REFERENCES, MACHINE REQUIREMENTS, LANGUAGE, OPERATING SYSTEM UNDER WHICH PROGRAM IS EXECUTED, OTHER RESTRICTIONS, NAME AND ESTABLISHMENT OF AUTHORS, MATERIAL, CATEGORIES
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To submit a request, click below on the link of the version you wish to order.
Only liaison officers are authorised to submit online requests. Rules for requesters are
available here.
| Program name | Package id | Status | Status date |
|---|---|---|---|
| HEATING-7.2I | PSR-0199/05 | Tested | 01-OCT-1996 |
| HEATING-7.2I | PSR-0199/06 | Tested | 01-OCT-1996 |
| HEATING-7.3 | PSR-0199/08 | Tested | 04-MAY-1999 |
| HEATING-7.3 | PSR-0199/09 | Tested | 04-MAY-1999 |
| HEATING-7.3 | PSR-0199/10 | Arrived | 08-FEB-2000 |
Machines used:
| Package ID | Orig. computer | Test computer |
|---|---|---|
| PSR-0199/05 | Many Computers | UNIX W.S. |
| PSR-0199/06 | IBM PC | PC Pentium 100 |
| PSR-0199/08 | IBM RISC6000 WS,SUN W.S.,DEC ALPHA W.S.,HP W.S.,CRAY W.S. | DEC ALPHA W.S. |
| PSR-0199/09 | IBM PC | PC Pentium II 400 |
| PSR-0199/10 | PC-80386,PC-80486,RISC 6000 |
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3. DESCRIPTION OF PROGRAM OR FUNCTION
HEATING 7.2i and 7.3 are the most recent developments in a series of heat-transfer codes and obsolete all previous versions distributed by RSICC as SCA-1/HEATING5 and PSR-199/HEATING 6. Note that Unix and PC versions of HEATING7 are available in the CCC-545/SCALE 4.4 package. HEATING can solve steady-state and/or transient heat conduction problems in one-, two-, or three-dimensional Cartesian, cylindrical, or spherical coordinates. A model may include multiple materials, and the thermal conductivity, density, and specific heat of each material may be both time- and temperature-dependent. The thermal conductivity may also be anisotropic. Materials may undergo change of phase. Thermal properties of materials may be input or may be extracted from a material properties library. Heat- generation rates may be dependent on time, temperature, and position, and boundary temperatures may be time- and position-dependent. The boundary conditions, which may be surface-to-environment or surface-to-surface, may be specified temperatures or any combination of prescribed heat flux, forced convection, natural convection, and radiation. The boundary condition parameters may be time- and/or temperature-dependent. General graybody radiation problems may be modeled with user-defined factors for radiant exchange. The mesh spacing may be variable along each axis. HEATING uses a run-time memory allocation scheme to avoid having to recompile to match memory requirements for each specific problem. HEATING utilizes free-form input.
In June 1997 HEATING 7.3 was added to the HEATING 7.2i packages, and the Unix and PC versions of both 7.2i and 7.3 were merged into one package. HEATING 7.3 is being released as a beta-test version; therefore, it does not entirely replace HEATING 7.2i. There is no published documentation for HEATING 7.3; but a listing of input specifications, which reflects changes for 7.3, is included in the PSR-199 documentation. For 3-D problems, surface fluxes may be plotted with H7TECPLOT which requires the proprietary software TECPLOT. HEATING 7.3 runs under Windows95 and WindowsNT on
PC's. No future modifications are planned for HEATING7. See README.1ST for more information.
HEATING 7.2i and 7.3 are the most recent developments in a series of heat-transfer codes and obsolete all previous versions distributed by RSICC as SCA-1/HEATING5 and PSR-199/HEATING 6. Note that Unix and PC versions of HEATING7 are available in the CCC-545/SCALE 4.4 package. HEATING can solve steady-state and/or transient heat conduction problems in one-, two-, or three-dimensional Cartesian, cylindrical, or spherical coordinates. A model may include multiple materials, and the thermal conductivity, density, and specific heat of each material may be both time- and temperature-dependent. The thermal conductivity may also be anisotropic. Materials may undergo change of phase. Thermal properties of materials may be input or may be extracted from a material properties library. Heat- generation rates may be dependent on time, temperature, and position, and boundary temperatures may be time- and position-dependent. The boundary conditions, which may be surface-to-environment or surface-to-surface, may be specified temperatures or any combination of prescribed heat flux, forced convection, natural convection, and radiation. The boundary condition parameters may be time- and/or temperature-dependent. General graybody radiation problems may be modeled with user-defined factors for radiant exchange. The mesh spacing may be variable along each axis. HEATING uses a run-time memory allocation scheme to avoid having to recompile to match memory requirements for each specific problem. HEATING utilizes free-form input.
In June 1997 HEATING 7.3 was added to the HEATING 7.2i packages, and the Unix and PC versions of both 7.2i and 7.3 were merged into one package. HEATING 7.3 is being released as a beta-test version; therefore, it does not entirely replace HEATING 7.2i. There is no published documentation for HEATING 7.3; but a listing of input specifications, which reflects changes for 7.3, is included in the PSR-199 documentation. For 3-D problems, surface fluxes may be plotted with H7TECPLOT which requires the proprietary software TECPLOT. HEATING 7.3 runs under Windows95 and WindowsNT on
PC's. No future modifications are planned for HEATING7. See README.1ST for more information.
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4. METHOD OF SOLUTION
Three steady-state solution techniques are available: point-successive-overrelaxation iterative method with extrapolation, direct-solution (for one-dimensional or two-dimensional problems), and conjugate gradient. Transient problems may be solved using any one of several finite-difference schemes: Crank-Nicolson implicit, Classical Implicit Procedure (CIP), Classical Explicit Procedure (CEP), or Levy explicit method (which for some circumstances allows a time step greater than the CEP stability criterion.) The solution of the system of equations arising from the implicit techniques is
accomplished by point-successive-overrelaxation iteration and includes procedures to estimate the optimum acceleration parameter.
Three steady-state solution techniques are available: point-successive-overrelaxation iterative method with extrapolation, direct-solution (for one-dimensional or two-dimensional problems), and conjugate gradient. Transient problems may be solved using any one of several finite-difference schemes: Crank-Nicolson implicit, Classical Implicit Procedure (CIP), Classical Explicit Procedure (CEP), or Levy explicit method (which for some circumstances allows a time step greater than the CEP stability criterion.) The solution of the system of equations arising from the implicit techniques is
accomplished by point-successive-overrelaxation iteration and includes procedures to estimate the optimum acceleration parameter.
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5. RESTRICTIONS ON THE COMPLEXITY OF THE PROBLEM
All surfaces in a model must be parallel to one of the coordinate axes which makes modeling complex geometries difficult. Transient change of phase
problems can only be solved with one of the explicit techniques - an implicit change-of-phase capability has not been implemented.
All surfaces in a model must be parallel to one of the coordinate axes which makes modeling complex geometries difficult. Transient change of phase
problems can only be solved with one of the explicit techniques - an implicit change-of-phase capability has not been implemented.
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6. TYPICAL RUNNING TIME
Run time is dependent on many factors including among other things: number of nodes in the model, nonlinearities in the model, desired solution(s), and
speed of the computer on which it is run. Therefore, it is not possible to specify a typical running time. The small sample problems supplied with this distribution required an average less than 3 cpu seconds each on a Northgate 486/66.
Run time is dependent on many factors including among other things: number of nodes in the model, nonlinearities in the model, desired solution(s), and
speed of the computer on which it is run. Therefore, it is not possible to specify a typical running time. The small sample problems supplied with this distribution required an average less than 3 cpu seconds each on a Northgate 486/66.
PSR-0199/05
The program HEATING-7.2I was executed by the NEA-DB in the following computers: 1) DEC 3000 Model 300X (Alpha AXP architecture workstation) under DEC OSF/1 V3.2. 2) Sun Solaris (UNIX System V Release 4.0 (psisun)), under SunOS 5.3. The six sample problems are executed in a few tenths of seconds in both machines.PSR-0199/06
The program HEATING-7.2I was executed at the NEA-DB in a PC DELL Optiplex GXM 5100 - Pentium processor of 99 MHz - base memory 640 Kbyte and extended memory 16 Mbyte, under MS-DOS 6.2. Only a few tenths of seconds are required to run HEATING7.EXE on the six sample problems. The auxiliary programs H7LINE.EXE, H7MAP.EXE and the postprocessors H7MONITO.EXE and H7TECPLO.EXE, also take a few tenths seconds to run on the output files produced by HEATING7.EXE (see next section).PSR-0199/08
The elapsed times to run the sample problems provided with the UNIX version of HEATING-7.3 in the DEC Alpha workstation are displayed in the following table.------------------------------------------------
Sample problem | Execution time
(input filename) | (s)
------------------------------------------------
v01.dat | 6.77
v02.dat | 3.00
v03.dat | 4.42
v04.dat | 0.16
v05.dat | 0.12
v06a.dat | 0.12
v06b.dat | 0.14
v07.dat | 0.16
v08.dat | 4.61
v09.dat | 2.49
v10.dat | 5.68
v11.dat | 0.16
v12.dat | 0.15
v13a.dat | 4.16
v13b.dat | 4.14
v14.dat | 2.28
v15.dat | 1.07
v16.dat | 2.79
v17.dat | 3.98
v18.dat | 0.73
v19.dat | 0.38
v20.dat | 3.81
v21.dat | 2.02
v22.dat | 0.37
v23.dat | 1.97
r01.dat | 1.33
r02.dat | 0.88
r03.dat | 1.36
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8. RELATED AND AUXILIARY PROGRAMS
AUXILIARY ROUTINES:
H7MAP: Postprocessor code to print maps of node numbers and/or temperature distributions.
H7MONITOR: Postprocessor code to produce table of temperature-time data for specified nodes.
H7NODE: Returns node number at specified grid location.
H7PATRAN: Reads HEATING plot file and produces input file for graphical postprocessing with PATRAN, a proprietary software product of PDA
Engineering. (H7PATRAN is not included with the PC version).
H7TECPLOT: Reads HEATING plot file and produces input file for graphical postprocessing with TECPLOT, a proprietary software product of Amtec
Engineering, which is NOT included in this package.
AUXILIARY ROUTINES:
H7MAP: Postprocessor code to print maps of node numbers and/or temperature distributions.
H7MONITOR: Postprocessor code to produce table of temperature-time data for specified nodes.
H7NODE: Returns node number at specified grid location.
H7PATRAN: Reads HEATING plot file and produces input file for graphical postprocessing with PATRAN, a proprietary software product of PDA
Engineering. (H7PATRAN is not included with the PC version).
H7TECPLOT: Reads HEATING plot file and produces input file for graphical postprocessing with TECPLOT, a proprietary software product of Amtec
Engineering, which is NOT included in this package.
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| Package ID | Status date | Status |
|---|---|---|
| PSR-0199/05 | 01-OCT-1996 | Tested at NEADB |
| PSR-0199/06 | 01-OCT-1996 | Tested at NEADB |
| PSR-0199/08 | 04-MAY-1999 | Tested at NEADB |
| PSR-0199/09 | 04-MAY-1999 | Tested at NEADB |
| PSR-0199/10 | 08-FEB-2000 | Masterfiled Arrived |
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PSR-0199/05, included references:
- K.W. Childs:Note on Revisions: g, h and i (October 20, 1994)
- K.W. Childs:
Transmittal Letter for HEATING7.2f (September 16, 1993)
- K.W. Childs:
Notes on VMS Implementation (March 1993)
- K.W. Childs:
HEATING 7.2 User's Manual
ORNL/TM-12262 (February 1993)
PSR-0199/06, included references:
- K.W. Childs:Note on Revisions: g, h and i (October 20, 1994)
- K.W. Childs:
Transmittal Letter for HEATING7.2f (September 16, 1993)
- K.W. Childs:
Notes on VMS Implementation (March 1993)
- K.W. Childs:
HEATING 7.2 User's Manual
ORNL/TM-12262 (February 1993)
PSR-0199/08, included references:
- RSICC:README.1ST (June 1997)
- K.W. Childs:
Draft Input Description for HEATING 7.3 (February 26, 1997)
- K.W. Childs:
Note on Revisions: g, h, and i, (October 20, 1994)
- K.W. Childs:
Transmittal Letter for HEATING7.2f (September 16, 1993)
- K.W. Childs:
Notes on VMS Implementation (March 1993)
- K.W. Childs:
HEATING 7.2 User's Manual
ORNL/TM-12262 (February 1993)
PSR-0199/09, included references:
- RSICC:README.1ST (June 1997)
- K.W. Childs:
Draft Input Description for HEATING 7.3 (February 26, 1997)
- K.W. Childs:
Note on Revisions: g, h, and i, (October 20, 1994)
- K.W. Childs:
Transmittal Letter for HEATING7.2f (September 16, 1993)
- K.W. Childs:
Notes on VMS Implementation (March 1993)
- K.W. Childs:
HEATING 7.2 User's Manual
ORNL/TM-12262 (February 1993)
PSR-0199/10, included references:
- RSICC:README.1ST (August 1998)
- K.W. Childs:
Draft Input Description for HEATING 7.3 (February 26, 1997)
- K.W. Childs:
Note on Revisions: g, h, and i, (October 20, 1994)
- K.W. Childs:
Transmittal Letter for HEATING7.2f (September 16, 1993)
- K.W. Childs:
Notes on VMS Implementation (March 1993)
- K.W. Childs:
HEATING 7.2 User's Manual
ORNL/TM-12262 (February 1993; chapter 4 updated September 1998)
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11. MACHINE REQUIREMENTS
PC: A 386 or 486 based PC equipped with at least 4 MB of memory and a math coprocessor.
UNIX: Most UNIX workstation or mainframes should be adequate for HEATING 7.2i, which has run on:
IBM for and IBM RS/6000 running AIX,
SUN for a SUN workstation running SunOS,
DEC for a DEC workstation running ULTRIX,
AXS for a DEC ALPHA workstation running OSF1,
HP for a Hewlett Packard workstation, or
CRAY for a CRAY computer running UNICOS.
The Unix version of HEATING7.3 has run only on IBM RS/6000.
PC: A 386 or 486 based PC equipped with at least 4 MB of memory and a math coprocessor.
UNIX: Most UNIX workstation or mainframes should be adequate for HEATING 7.2i, which has run on:
IBM for and IBM RS/6000 running AIX,
SUN for a SUN workstation running SunOS,
DEC for a DEC workstation running ULTRIX,
AXS for a DEC ALPHA workstation running OSF1,
HP for a Hewlett Packard workstation, or
CRAY for a CRAY computer running UNICOS.
The Unix version of HEATING7.3 has run only on IBM RS/6000.
PSR-0199/05
The program heating72 was executed by the NEA-DB in the following computers: 1) DEC 3000 Model 300X (Alpha AXP architecture workstation) under DEC OSF/1 V3.2 and 2) Sun Solaris (UNIX System VRelease 4.0 (psisun)), under SunOS 5.3. The following table displays the filesize of the program heating72 and of the auxiliary and postprocessor executables created by running the script 'install' provided with the package in the DEC 3000 Model 300 X (Alpha AXP workstation under OSF/1 V3.2):------------------------
Program Filesize
name (Kbyte)
------------------------
heating72 424
h7line 40
h7map 64
h7mon 40
h7node 40
h7pat 64
h7tec 64
------------------------
The filesize of the materials library h7matlib is 184 Kbyte. The diskspace requirements to hold source files is 774 Kbyte.
******************************************************************** The "UNIX" version (this version) of HEATING-7.2i performs run time memory allocation in order to match the problem size.
********************************************************************
PSR-0199/06
The sample problems were run at the NEA/DB on a PC DELL Optiplex GXM 5100 - Pentium processor of 99 MHz - base memory 640 Kbyte and extended memory 16 Mbyte. The size of the executable files produced using the Microway NDP Fortran-486 compiler are displayed in the following table.------------------------
Program Filesize
name (Kbyte)
------------------------
HEATING7.EXE 505
H7LINE.EXE 231
H7MAP.EXE 244
H7MONITO.EXE 230
H7TECPLO.EXE 246
PSR-0199/08
About 19 MByte of hard disk space (including about 6 MByte required to store the distribution tar archive) are required to hold the package files and execute the sample problems.[ top ]
| Package ID | Computer language |
|---|---|
| PSR-0199/05 | FORTRAN-77 |
| PSR-0199/06 | FORTRAN-77 |
| PSR-0199/08 | FORTRAN-77, FORTRAN-90 |
| PSR-0199/09 | FORTRAN-90, FORTRAN-77 |
| PSR-0199/10 | FORTRAN-77, C-LANGUAGE, FORTRAN-90 |
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13. OPERATING SYSTEM UNDER WHICH PROGRAM IS EXECUTED
For HEATING7.2i for Unix, a Fortran 77 compiler and a C compiler are required. The IBM RS/6000 xlf compiler 2.2 or 2.3 has been used. For the PC version, a Fortran compiler and DOS extender software are needed to create new executables or to use user-supplied subroutines. The Microway NDP Fortran 386 4.2.1 compiler was used to create 7.2i executables included in package.
HEATING 7.3 includes some Fortran 90 features and provides a graphical user interface. HEATING 7.3 PC executables were created using Microsoft Powerstation v4.0. Visual Basic 4.0 was used to create the graphical front end for the program. Windows95 or WindowsNT is required to use the GUI version of HEATING 7.3, though a non-gui version is included in the package that may be run in a DOS window of Windows95 or WindowsNT. The GUI is a simple one which prompts user for filenames. HEATING7.3 for Unix and requires the XLF 3.2 compiler. Note that H7TECPLOT requires the proprietary
software TECPLOT, which is available from: Amtec Engineering, Inc., phone: 800-676-7568, www: www.amtec.com.
For HEATING7.2i for Unix, a Fortran 77 compiler and a C compiler are required. The IBM RS/6000 xlf compiler 2.2 or 2.3 has been used. For the PC version, a Fortran compiler and DOS extender software are needed to create new executables or to use user-supplied subroutines. The Microway NDP Fortran 386 4.2.1 compiler was used to create 7.2i executables included in package.
HEATING 7.3 includes some Fortran 90 features and provides a graphical user interface. HEATING 7.3 PC executables were created using Microsoft Powerstation v4.0. Visual Basic 4.0 was used to create the graphical front end for the program. Windows95 or WindowsNT is required to use the GUI version of HEATING 7.3, though a non-gui version is included in the package that may be run in a DOS window of Windows95 or WindowsNT. The GUI is a simple one which prompts user for filenames. HEATING7.3 for Unix and requires the XLF 3.2 compiler. Note that H7TECPLOT requires the proprietary
software TECPLOT, which is available from: Amtec Engineering, Inc., phone: 800-676-7568, www: www.amtec.com.
PSR-0199/05
The program heating72 and the auxiliary programs h7, h7map, h7mon, h7node, h7pat, h7tec were compiled by the NEA-DB in the following computers and using the following compilers: 1) DEC 3000 Model 300X (Alpha AXP architecture workstation) under DEC OSF/1 V3.2 using the DEC Fortran compiler V3.4. 2) Sun Solaris (UNIX System V Release 4.0 (psisun)), under SunOS 5.3, using the FORTRAN 3.0 from SUNPro.PSR-0199/06
HEATING7, the auxiliary programs H7LINE and H7MAP and the postprocessors H7TECPLO and H7MONITO were run under MS-DOS 6.2 on a PC DELL Optiplex GXM 5100 - Pentium processor of 99 MHz. The executable files provided with this package were created, compiled and linked with the Microway NDP Fortran-486 compiler and utilities. ***>NOTICE: several Microway GREX library routines that perform pixel- and character based graphics, work with the common PC graphics adapters and monitors and include features such as automatic hardware detection and mode switching, are used in the source code file HEATING7.F.[ top ]
PSR-0199/08
The NEADB were not able to successfully create the 'h73' executable in the tests performed at the NEA/DB on a Sun workstation running SunOS 5.7 in a Solaris 2.6 environment[ top ]
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PSR-0199/08
Psr199.lis Program descriptionPsr199pc.EXE Executable
Readme.pc Installation instructions PC
H72I_TAR.Z Compressed tar file (245 files) Heating 7.2i for PC
HTNG_TAR.Z Compressed tar file (322 files)
Readme.uni Installation instructions DOS and WINDOWS
PSR-0199/09
Psr199.lis Program descriptionPsr199pc.EXE Executable
Readme.pc Installation instructions PC
H72I_TAR.Z Compressed tar file (245 files) Heating 7.2i for PC
HTNG_TAR.Z Compressed tar file (322 files)
Readme.uni Installation instructions DOS and WINDOWS
PSR-0199/10
README.CD Readme fileREADME.RSI RSICC Readme file
PSR199.LIS List of files
PSR199PC.EXE Compressed archive file
README.1ST Readme file
README.PC Readme file for PC
H72I_TAR.Z Compressed TAR file
HTNG_TAR.Z Compressed TAR file
README.UNI Readme file for unix
PSR-0199/05
| File name | File description | Records |
|---|---|---|
| PSR0199_05.001 | Information file of HEATING-7.2i (UNIX+main) | 800 |
| PSR0199_05.002 | C-shell auxiliary script for installation | 291 |
| PSR0199_05.003 | Bourne-shell script for installation | 90 |
| PSR0199_05.004 | Bourne-shell script for submitting a job | 30 |
| PSR0199_05.005 | Bourne-shell script to execute a job | 77 |
| PSR0199_05.006 | Auxiliary Bourne-shell script | 152 |
| PSR0199_05.007 | LLNL Material Properties Library (ASCII) | 3005 |
| PSR0199_05.008 | Source file # 1 | 113 |
| PSR0199_05.009 | Source file # 2 | 100 |
| PSR0199_05.010 | Source file # 3 | 100 |
| PSR0199_05.011 | Source file # 4 | 117 |
| PSR0199_05.012 | Source file # 5 | 104 |
| PSR0199_05.013 | Source file # 6 | 40 |
| PSR0199_05.014 | Source file # 7 | 202 |
| PSR0199_05.015 | Source file # 8 | 67 |
| PSR0199_05.016 | Source file # 9 | 67 |
| PSR0199_05.017 | Source file # 10 | 119 |
| PSR0199_05.018 | Source file # 11 | 130 |
| PSR0199_05.019 | Source file # 12 | 45 |
| PSR0199_05.020 | Source file # 13 | 47 |
| PSR0199_05.021 | Source file # 14 | 101 |
| PSR0199_05.022 | Source file # 15 | 238 |
| PSR0199_05.023 | Source file # 16 | 79 |
| PSR0199_05.024 | Source file # 17 | 57 |
| PSR0199_05.025 | Source file # 18 | 74 |
| PSR0199_05.026 | Source file # 19 | 79 |
| PSR0199_05.027 | Source file # 20 | 61 |
| PSR0199_05.028 | Source file # 21 | 69 |
| PSR0199_05.029 | Source file # 22 | 98 |
| PSR0199_05.030 | Source file # 23 | 66 |
| PSR0199_05.031 | Source file # 24 | 83 |
| PSR0199_05.032 | Source file # 25 | 17 |
| PSR0199_05.033 | Source file # 26 | 47 |
| PSR0199_05.034 | Source file # 27 | 49 |
| PSR0199_05.035 | Source file # 28 | 33 |
| PSR0199_05.036 | Source file # 29 | 67 |
| PSR0199_05.037 | Source file # 30 | 323 |
| PSR0199_05.038 | Source file # 31 | 66 |
| PSR0199_05.039 | Source file # 32 | 93 |
| PSR0199_05.040 | Source file # 33 | 82 |
| PSR0199_05.041 | Source file # 34 | 92 |
| PSR0199_05.042 | Source file # 35 | 218 |
| PSR0199_05.043 | Source file # 36 | 97 |
| PSR0199_05.044 | Source file # 37 | 61 |
| PSR0199_05.045 | Source file # 38 | 11 |
| PSR0199_05.046 | Source file # 39 | 42 |
| PSR0199_05.047 | Source file # 40 | 76 |
| PSR0199_05.048 | Source file # 41 | 95 |
| PSR0199_05.049 | Source file # 42 | 32 |
| PSR0199_05.050 | Source file # 43 | 30 |
| PSR0199_05.051 | Source file # 44 | 47 |
| PSR0199_05.052 | Source file # 45 | 201 |
| PSR0199_05.053 | Source file # 46 | 266 |
| PSR0199_05.054 | Source file # 47 | 70 |
| PSR0199_05.055 | Source file # 48 | 60 |
| PSR0199_05.056 | Source file # 49 | 279 |
| PSR0199_05.057 | Source file # 50 | 81 |
| PSR0199_05.058 | Source file # 51 | 66 |
| PSR0199_05.059 | Source file # 52 | 41 |
| PSR0199_05.060 | Source file # 53 | 81 |
| PSR0199_05.061 | Source file # 54 | 57 |
| PSR0199_05.062 | Source file # 55 | 142 |
| PSR0199_05.063 | Source file # 56 | 37 |
| PSR0199_05.064 | Source file # 57 | 127 |
| PSR0199_05.065 | Source file # 58 | 67 |
| PSR0199_05.066 | Source file # 59 | 112 |
| PSR0199_05.067 | Source file # 60 | 8 |
| PSR0199_05.068 | Source file # 61 | 56 |
| PSR0199_05.069 | Source file # 62 | 14 |
| PSR0199_05.070 | Source file # 63 | 121 |
| PSR0199_05.071 | Source file # 64 | 166 |
| PSR0199_05.072 | Source file # 65 | 85 |
| PSR0199_05.073 | Source file # 66 | 69 |
| PSR0199_05.074 | Source file # 67 | 69 |
| PSR0199_05.075 | Source file # 68 | 138 |
| PSR0199_05.076 | Source file # 69 | 52 |
| PSR0199_05.077 | Source file # 70 | 328 |
| PSR0199_05.078 | Source file # 71 | 173 |
| PSR0199_05.079 | Source file # 72 | 41 |
| PSR0199_05.080 | Source file # 73 | 133 |
| PSR0199_05.081 | Source file # 74 | 123 |
| PSR0199_05.082 | Source file # 75 | 113 |
| PSR0199_05.083 | Source file # 76 | 92 |
| PSR0199_05.084 | Source file # 77 | 47 |
| PSR0199_05.085 | Source file # 78 | 34 |
| PSR0199_05.086 | Source file # 79 | 67 |
| PSR0199_05.087 | Source file # 80 | 46 |
| PSR0199_05.088 | Source file # 81 | 39 |
| PSR0199_05.089 | Source file # 82 | 90 |
| PSR0199_05.090 | Source file # 83 | 379 |
| PSR0199_05.091 | Source file # 84 | 138 |
| PSR0199_05.092 | Source file # 85 | 97 |
| PSR0199_05.093 | Source file # 86 | 66 |
| PSR0199_05.094 | Source file # 87 | 69 |
| PSR0199_05.095 | Source file # 88 | 317 |
| PSR0199_05.096 | Source file # 89 | 198 |
| PSR0199_05.097 | Source file # 90 | 60 |
| PSR0199_05.098 | Source file # 91 | 112 |
| PSR0199_05.099 | Source file # 92 | 54 |
| PSR0199_05.100 | Source file # 93 | 42 |
| PSR0199_05.101 | Source file # 94 | 109 |
| PSR0199_05.102 | Source file # 95 | 7 |
| PSR0199_05.103 | Source file # 96 | 142 |
| PSR0199_05.104 | Source file # 97 | 113 |
| PSR0199_05.105 | Source file # 98 | 153 |
| PSR0199_05.106 | Source file # 99 | 43 |
| PSR0199_05.107 | Source file # 100 | 66 |
| PSR0199_05.108 | Source file # 101 | 60 |
| PSR0199_05.109 | Source file # 102 | 53 |
| PSR0199_05.110 | Source file # 103 | 380 |
| PSR0199_05.111 | Source file # 104 | 174 |
| PSR0199_05.112 | Source file # 105 | 32 |
| PSR0199_05.113 | Source file # 106 | 67 |
| PSR0199_05.114 | Source file # 107 | 33 |
| PSR0199_05.115 | Source file # 108 | 417 |
| PSR0199_05.116 | Source file # 109 | 180 |
| PSR0199_05.117 | Source file # 110 | 141 |
| PSR0199_05.118 | Source file # 111 | 105 |
| PSR0199_05.119 | Source file # 112 | 65 |
| PSR0199_05.120 | Source file # 113 | 69 |
| PSR0199_05.121 | Source file # 114 | 43 |
| PSR0199_05.122 | Source file # 115 | 686 |
| PSR0199_05.123 | Source file # 116 | 204 |
| PSR0199_05.124 | Source file # 117 | 170 |
| PSR0199_05.125 | Source file # 118 | 235 |
| PSR0199_05.126 | Source file # 119 | 133 |
| PSR0199_05.127 | Source file # 120 | 56 |
| PSR0199_05.128 | Source file # 121 | 428 |
| PSR0199_05.129 | Source file # 122 | 991 |
| PSR0199_05.130 | Source file # 123 | 92 |
| PSR0199_05.131 | Source file # 124 | 83 |
| PSR0199_05.132 | Source file # 125 | 92 |
| PSR0199_05.133 | Source file # 126 | 51 |
| PSR0199_05.134 | Source file # 127 | 143 |
| PSR0199_05.135 | Source file # 128 | 574 |
| PSR0199_05.136 | Source file # 129 | 125 |
| PSR0199_05.137 | Source file # 130 | 291 |
| PSR0199_05.138 | Source file # 131 | 25 |
| PSR0199_05.139 | Source file # 132 | 2 |
| PSR0199_05.140 | Source file # 133 | 5 |
| PSR0199_05.141 | Source file # 134 | 1 |
| PSR0199_05.142 | Source file # 135 | 3 |
| PSR0199_05.143 | Source file # 136 | 4 |
| PSR0199_05.144 | Source file # 137 | 3 |
| PSR0199_05.145 | Source file # 138 | 3 |
| PSR0199_05.146 | Source file # 139 | 2 |
| PSR0199_05.147 | Source file # 140 | 1 |
| PSR0199_05.148 | Source file # 141 | 2 |
| PSR0199_05.149 | Source file # 142 | 1 |
| PSR0199_05.150 | Source file # 143 | 2 |
| PSR0199_05.151 | Source file # 144 | 2 |
| PSR0199_05.152 | Source file # 145 | 2 |
| PSR0199_05.153 | Source file # 146 | 2 |
| PSR0199_05.154 | Source file # 147 | 1 |
| PSR0199_05.155 | Source file # 148 | 1 |
| PSR0199_05.156 | Source file # 149 | 1 |
| PSR0199_05.157 | Source file # 150 | 1 |
| PSR0199_05.158 | Source file # 151 | 1 |
| PSR0199_05.159 | Source file # 152 | 2 |
| PSR0199_05.160 | Source file # 153 | 2 |
| PSR0199_05.161 | Source file # 154 | 2 |
| PSR0199_05.162 | Source file # 155 | 2 |
| PSR0199_05.163 | Source file # 156 | 6 |
| PSR0199_05.164 | Source file # 157 | 2 |
| PSR0199_05.165 | Source file # 158 | 1 |
| PSR0199_05.166 | Source file # 159 | 4 |
| PSR0199_05.167 | Source file # 160 | 2 |
| PSR0199_05.168 | Source file # 161 | 2 |
| PSR0199_05.169 | Source file # 162 | 4 |
| PSR0199_05.170 | Source file # 163 | 2 |
| PSR0199_05.171 | Source file # 164 | 2 |
| PSR0199_05.172 | Source file # 165 | 5 |
| PSR0199_05.173 | Source file # 166 | 1 |
| PSR0199_05.174 | Source file # 167 | 4 |
| PSR0199_05.175 | Source file # 168 | 2 |
| PSR0199_05.176 | Source file # 169 | 3 |
| PSR0199_05.177 | Source file # 170 | 3 |
| PSR0199_05.178 | Source file # 171 | 3 |
| PSR0199_05.179 | Source file # 172 | 3 |
| PSR0199_05.180 | Source file # 173 | 1 |
| PSR0199_05.181 | Source file # 174 | 2 |
| PSR0199_05.182 | Source file # 175 | 2 |
| PSR0199_05.183 | Source file of program HTNG72 for PC | 210 |
| PSR0199_05.184 | Subroutine DATIM (for VAX) | 12 |
| PSR0199_05.185 | Subroutine SECONDS (for VAX) | 13 |
| PSR0199_05.186 | FORTRAN OPEN statements (DEC specific) | 7 |
| PSR0199_05.187 | FORTRAN OPEN statements (generic) | 7 |
| PSR0199_05.188 | FORTRAN OPEN statements (replica) | 7 |
| PSR0199_05.189 | DATA statements (Alpha/AXP) | 2 |
| PSR0199_05.190 | DATA statements (CRAY) | 2 |
| PSR0199_05.191 | DATA statements (DEC Ultrix) | 2 |
| PSR0199_05.192 | DATA statements (Hewlett-Packard) | 2 |
| PSR0199_05.193 | DATA statements (IBM RS 6000) | 2 |
| PSR0199_05.194 | DATA statements (PC's) | 2 |
| PSR0199_05.195 | DATA statements (Sun) | 2 |
| PSR0199_05.196 | DATA statements (VAX) | 2 |
| PSR0199_05.197 | DATA statements (Generic) | 2 |
| PSR0199_05.198 | Auxiliary C subroutines (generic) | 41 |
| PSR0199_05.199 | Auxiliary C subroutines (Alpha/AXP) | 40 |
| PSR0199_05.200 | Auxiliary C subroutines (CRAY) | 34 |
| PSR0199_05.201 | Auxiliary C subroutines (DEC Ultrix) | 41 |
| PSR0199_05.202 | Auxiliary C subroutines (Hewlett-Packard) | 43 |
| PSR0199_05.203 | Auxiliary C subroutines (IBM RS 6000) | 41 |
| PSR0199_05.204 | Auxiliary C subroutines (SUN) | 43 |
| PSR0199_05.205 | Auxiliary C subroutines (VAX) | 16 |
| PSR0199_05.206 | List of source files for UNIX | 131 |
| PSR0199_05.207 | List of source files for PC's | 131 |
| PSR0199_05.208 | List of source files for VAX | 133 |
| PSR0199_05.209 | Source code of program LINE | 152 |
| PSR0199_05.210 | Source code of program H7MAP | 936 |
| PSR0199_05.211 | Source code of program H7MONITOR | 395 |
| PSR0199_05.212 | Source code of program NODE | 95 |
| PSR0199_05.213 | Source code of program H7PATRAN | 687 |
| PSR0199_05.214 | Source code of program H7TECPLT | 1058 |
| PSR0199_05.215 | Auxiliary source file (sample problem # 4) | 68 |
| PSR0199_05.216 | Input file (sample problem # 1) | 20 |
| PSR0199_05.217 | Input file (sample problem # 1a) | 23 |
| PSR0199_05.218 | Input file (sample problem # 1b) | 28 |
| PSR0199_05.219 | Input file (sample problem # 2) | 34 |
| PSR0199_05.220 | Input file (sample problem # 3) | 78 |
| PSR0199_05.221 | Input file (sample problem # 4) | 82 |
| PSR0199_05.222 | Auxiliary (binary) file, sample problem # 2 | 0 |
| PSR0199_05.223 | Auxiliary (ASCII) file, sample problem # 2 | 247 |
| PSR0199_05.224 | Printout file (sample problem # 1) | 218 |
| PSR0199_05.225 | Printout file (sample problem # 1a) | 428 |
| PSR0199_05.226 | Printout file (sample problem # 1b) | 474 |
| PSR0199_05.227 | Printout file (sample problem # 2) | 282 |
| PSR0199_05.228 | Printout file (sample problem # 3) | 549 |
| PSR0199_05.229 | Printout file (sample problem # 4) | 556 |
| PSR0199_05.230 | "Plot" file (sample problem #1 ) | 0 |
| PSR0199_05.231 | "Plot" file (sample problem #1a ) | 0 |
| PSR0199_05.232 | "Plot" file (sample problem #1b ) | 0 |
| PSR0199_05.233 | "Plot" file (sample problem #2 ) | 0 |
| PSR0199_05.234 | "Plot" file (sample problem #3 ) | 0 |
| PSR0199_05.235 | "Plot" file (sample problem #4 ) | 0 |
| PSR0199_05.236 | Aux out file, sample problem # 3 | 36 |
| PSR0199_05.237 | Aux out file, sample problem # 4 | 28 |
| PSR0199_05.238 | Summary file from sample problem # 1 | 16 |
| PSR0199_05.239 | Summary file from sample problem # 1a | 17 |
| PSR0199_05.240 | Summary file from sample problem # 1b | 16 |
| PSR0199_05.241 | Summary file from sample problem # 2 | 17 |
| PSR0199_05.242 | Summary file from sample problem # 3 | 17 |
| PSR0199_05.243 | Summary file from sample problem # 4 | 18 |
PSR-0199/06
| File name | File description | Records |
|---|---|---|
| PSR0199_06.001 | Information file of package HEATING-7.2i | 525 |
| PSR0199_06.002 | Batch file for running HEATING7 | 77 |
| PSR0199_06.003 | Batch file for running H7LINE | 4 |
| PSR0199_06.004 | Batch file for running H7MAP | 4 |
| PSR0199_06.005 | Batch file for running H7MONITO | 4 |
| PSR0199_06.006 | Batch file for running H7TECPLO | 4 |
| PSR0199_06.007 | Executable of program HEATING-7.2i | 0 |
| PSR0199_06.008 | Executable of program H7LINE | 0 |
| PSR0199_06.009 | Executable of program H7MAP | 0 |
| PSR0199_06.010 | Executable of program H7MONITO | 0 |
| PSR0199_06.011 | Executable of program H7TECPLO | 0 |
| PSR0199_06.012 | HEATING7 Material Properties Library file | 3005 |
| PSR0199_06.013 | Source code file of program HEATING-7.2i | 17233 |
| PSR0199_06.014 | Source code file of aux. program H7LINE | 152 |
| PSR0199_06.015 | Source code file of aux. program H7MAP | 936 |
| PSR0199_06.016 | Source code file of aux. program H7MONITO | 397 |
| PSR0199_06.017 | Source code file of aux. program H7TECPLO | 1060 |
| PSR0199_06.018 | Source code file of aux. program (problem#4) | 68 |
| PSR0199_06.019 | Aux. executable to run sample problem # 4 | 0 |
| PSR0199_06.020 | Input file (sample problem # 1) | 20 |
| PSR0199_06.021 | Input file (sample problem # 1a) | 23 |
| PSR0199_06.022 | Input file (sample problem # 1b) | 28 |
| PSR0199_06.023 | Input file (sample problem # 2) | 34 |
| PSR0199_06.024 | Input file (sample problem # 3) | 78 |
| PSR0199_06.025 | Input file (sample problem # 4) | 82 |
| PSR0199_06.026 | Aux. input file to run sample problem #2 | 0 |
| PSR0199_06.027 | Aux. input file to run sample problem #2 | 247 |
| PSR0199_06.028 | Printout file (sample problem # 1) | 218 |
| PSR0199_06.029 | Printout file (sample problem # 1a) | 428 |
| PSR0199_06.030 | Printout file (sample problem # 1b) | 474 |
| PSR0199_06.031 | Printout file (sample problem # 2) | 282 |
| PSR0199_06.032 | Printout file (sample problem # 3) | 549 |
| PSR0199_06.033 | Printout file (sample problem # 4) | 556 |
| PSR0199_06.034 | Plot file (sample problem # 1) | 0 |
| PSR0199_06.035 | Plot file (sample problem # 1a) | 0 |
| PSR0199_06.036 | Plot file (sample problem # 1b) | 0 |
| PSR0199_06.037 | Plot file (sample problem # 2) | 0 |
| PSR0199_06.038 | Plot file (sample problem # 3) | 0 |
| PSR0199_06.039 | Plot file (sample problem # 4) | 0 |
| PSR0199_06.040 | Aux. output file (sample problem # 3) | 35 |
| PSR0199_06.041 | Aux. output file (sample problem # 4) | 27 |
| PSR0199_06.042 | DOS file-names | 41 |
Keywords: diffusion, heat transfer, iterative methods, r-theta, r-theta-z, r-z, thermal conductivity, x-y, x-y-z.