Thermal
Protection Systems Expert
Material Properties Database
TPSX is a material database for analysts, engineers and designers
in the aerospace field offering data on over 1500 materials, compiled
by various NASA Centers and industry sources. Most of the materials
are designed for aerospace applications and much of the data is
temperature dependent. Property data can be exported in a format
compatible many popular thermal analysis software packages including
SINDA/FLUINT and Thermal
Desktop.
You must be a registered user to access TPSX. If you are not yet
registered, please visit the TPSX Registration Page at tpsx.arc.nasa.gov/registration/reg.html.
If you are already registered, you can log in at tpsx.arc.nasa.gov/.
Sample Usage
Below is an example of the TPSX Material Property Database export
to SINDA/FLUINT and Thermal Desktop for 302 stainless steel.
Thermal
Desktop Export
SINDA/FLUINT
Export
##### this
comment block should be removed #before using this file #####
# TPSX Material Property Export for Thermal Desktop
# Thermophysical Property File ("TdThermo.tdp" #format)
# Material: Stainless Steel-AISI 302
# Database: NASA Ames Thermal Protection #Materials
# Created: Mon May 24 10:41:45 2004
# Units: SI (MKS) (SI is the only option for this format)
##### this comment block should be removed #before using this
file #####
[START]
[NAME]
Stainless Steel-AISI 302
[DENSITY]
8055.
[CONDUCT]
1.0
[USEVARCONDUCT]
1
[VARCONDUCT]
5
300.0 15.10
400.0 17.30
600.0 20.00
800.0 22.80
1000. 25.40
[SPECHEAT]
1.0
[USEVARSPECHEAT]
1
[VARSPECHEAT]
5
300.0 480.0
400.0 512.0
600.0 559.0
800.0 585.0
1000. 606.0
[END]
C TPSX
Material Property Export for SINDA and CSINDA/FLUINT
C Material: Stainless Steel-AISI 302
C Database: NASA Ames Thermal Protection CMaterials
C Date: Mon May 24 10:42:07 2004
C Units: SI (MKS)
C This data is designed to be placed in the
C 'Array' section of the SINDA input
C Each property is defined by a unique array number Cstarting
with '1'.
C
Density (kg/m^3)
1 = 8.05500e+03
C Thermal
Conductivity (Isotropic) (W/m-K)
C as a function of Temperature (K)
2 = 3.00000e+02, 1.51000e+01
4.00000e+02, 1.73000e+01
6.00000e+02, 2.00000e+01
8.00000e+02, 2.28000e+01
1.00000e+03, 2.54000e+01
C Specific Heat (J/kg-K)
C as a function of Temperature (K)
3 = 3.00000e+02, 4.80000e+02
4.00000e+02, 5.12000e+02
6.00000e+02, 5.59000e+02
8.00000e+02, 5.85000e+02
1.00000e+03, 6.06000e+02
TPSX is an engineering tool - it should not be
used as the final and definitive source for material information.
Users are encouraged to seek additional information from the material
Points of Contact (POCs) regarding particular design applications.