| XL4SIM |
| XL 4 Simulation |
 |  |  |  |
 |  |  |  |  |  |  |
Material Properties V1.0
Given a selected air temperature -170 < T
< 925 C the following air thermal
properties can be determined:
Given a selected temperature 0 < T < 75 C
and mixture concentration the following
water, water ethylene glycol mix or water
propylene glycol mix thermal properties
can be determined:
Given a selected air temperature -170 < T
< 925 C the following air thermal
properties can be determined:
- Conductivity, W/m-K
- Kinematic Viscosity, m2/s
- Prandtl Number
- Specific Heat, kJ/kg-K
- Viscosity, Pa-s
Given a selected temperature 0 < T < 75 C
and mixture concentration the following
water, water ethylene glycol mix or water
propylene glycol mix thermal properties
can be determined:
- Conductivity, W/m-K
- Kinematic Viscosity, m2/s
- Prandtl Number
- Specific Heat, kJ/kg-K
- Viscosity, Pa-s
- Freezing Temperature, C
Coefficients in Air
Given the body surface and ambient air
temperatures -170 < T 925 C the following
determined:
Given the body surface and ambient air
temperatures -170 < T 925 C the following
determined:
- vertical surface
- horizontal cylinder
- sphere
- horizontal lower flat surface
Forced Convection Heat Transfer
Coefficients in Air
Given the ambient air temperature -170 < T
< 925 C and the air velocity the following
convective heat transfer coefficients can be
determined:
Coefficients in Air
Given the ambient air temperature -170 < T
< 925 C and the air velocity the following
convective heat transfer coefficients can be
determined:
- Flat surface with parallel flow
- cross flow over a circular cylinder
- cross flow over a sphere
 |
| |
 |
| |
 |
| |
 |
| |
 |
| XL4SIM |
Microsoft® and Microsoft Excel® are registered trademarks of Microsoft Corporation.
 |  |  |  |
| | | | | | |
| Copyright 2016 XL4Sim and Spreadsheets4Engineers. All rights reserved. |