Prototype Simulation of Low Temperature Heating Using Heat Stick Version D

 
CPS Prototype
 
Simulation of low temperature heating using Heat stick
Version D
Sept 15, 2021
 
Thinner and longer Heater Tines
Three heater tines to each Absorber block
 
Close up and Pre-Brazing setup
 
Temperature Profile
1kW heater applied to inner surface area of heater
Units mm, C
 
Temperature Profile         Stress and Deflection
Units C                              Units mPa, mm
 
Temperature Profile         Stress and Deflection
     Units F                            Units psi, inch
 
Heater attached vs No heater
Units psi and inches
 
Very little Difference between the two.
 Looks like this is the best option to go
with
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Thinner and longer heater tines attached to absorber blocks show promising results in the pre-brazing setup. Analysis of temperature profiles and stress/deflection units reveals the effectiveness of 1kW heater application. Comparisons indicate very little difference between using a heater and not, suggesting the former as the optimal choice for the low-temperature heating prototype.

  • Prototype Simulation
  • Low Temperature Heating
  • Heat Stick
  • Absorber Blocks
  • Temperature Profiles

Uploaded on Sep 18, 2024 | 0 Views


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  1. CPS Prototype Simulation of low temperature heating using Heat stick Version D Sept 15, 2021

  2. Thinner and longer Heater Tines Three heater tines to each Absorber block

  3. Close up and Pre-Brazing setup

  4. Temperature Profile 1kW heater applied to inner surface area of heater Units mm, C

  5. Temperature Profile Stress and Deflection Units C Units mPa, mm

  6. Temperature Profile Stress and Deflection Units F Units psi, inch

  7. Heater attached vs No heater Units psi and inches Very little Difference between the two. Looks like this is the best option to go with

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