image
image
image

- - THERMAL ANALYSES

Analyses Types



Heat transfer
- - by convection
- - by conduction
- - by radiation
Time effect history
- - steady state
- - transient
Combination with other analyses
- - flow analysis of high temperature exhaust gas or cooling fluid
- - calculated temperature distribution is an input for the structural analysis


Click image for close up view
 
Image
FIGURE1
Satellite equipment heat transfer analysis


 
Image
FIGURE2
Rotor thermal analysis


 
Image
FIGURE3
Frame thermal analysis


Image
FIGURE4
Turbine housing thermal transient analysis


 
Image
FIGURE5
Container thermal analysis


 
Image
FIGURE6
Nozzle thermal transient analysis


Image
FIGURE7
Bearing housing thermal analysis


 
Image
FIGURE8
Pressure vessel thermal transient analysis


 
Image
FIGURE9
Pressure vessel thermal transient analysis


Benefits


High quality product
- - confidence of high quality product design
Time saving
- - in design phase (less rework, early identification of potential problem)
- - in testing phase (less testing)
Cost saving
- - for needless testing (design problems are found earlier)
- - for warranty repairs (since lifetime is analyzed and evaluated)
Competitive advantage
- - you will deliver your product to the market earlier
- - high quality product will increase your competitive advantage

Examples


Thermal loading of the structure deformation and stress due to non-uniform temperature distribution.
Temperature distribution in the assembly
Cooling of components
heated by ambient conditions or by electric current.
Heating of components or fluid, heat transfer in boilers or heat exchangers.
Thermal analysis provides input data for the structural and fatigue analysis.


image