Simulate3: Modeling 3-Batch Equilibrium Cycle for PWR

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SUMMARY

This discussion focuses on utilizing Simulate3 for modeling a 3-batch equilibrium cycle in Pressurized Water Reactors (PWR). Users are encouraged to reference example files included with the Simulate3 code, particularly a PWR example problem that demonstrates the transition cycles necessary to achieve equilibrium. Participants highlight the importance of developing CASMO lattice files through design or discharge burnup, and they share resources, including MIT course notes on CASMO4, to aid in understanding the modeling process.

PREREQUISITES
  • Familiarity with Simulate3 software for reactor modeling
  • Understanding of CASMO lattice files and their development
  • Knowledge of PWR fuel cycle dynamics and enrichment regions
  • Experience with input file preparation for reactor simulations
NEXT STEPS
  • Review the PWR example problem included with Simulate3 for practical insights
  • Study the MIT course notes on CASMO4 for foundational knowledge
  • Explore techniques for developing transition cycles in reactor modeling
  • Investigate best practices for input file creation in Simulate3
USEFUL FOR

Reactor engineers, nuclear physicists, and anyone involved in modeling PWR cycles using Simulate3 and CASMO software will benefit from this discussion.

tonidous
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TL;DR
PWR Core equilibrium cycle
Hey,
Any one in this forum experienced in utilizing Simulate3 to model 3 batches equilibrium cycle for PWR.
I prepared the casmo input files and prepared the initial cycle for the core , but i have trouble how to do the transition cycles in order to reach the equbilrium one.
 
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Look at the example files included with the code. There is a PWR example problem that exactly does this.
 
rpp said:
Look at the example files included with the code. There is a PWR example problem that exactly does this.
Do you have an experience in simulate code, I started writing my own input but I'm not quit sure about it.
 
tonidous said:
Do you have an experience in simulate code, I started writing my own input but I'm not quit sure about it.
What documentation does one have?

Usually in a fresh core, there are three regions of different enrichments. After the first cycle, approximately one-third of the core is removed, the fuel to remain may be 'shuffled', and fresh fuel is added to the core.

One has to develop the CASMO lattice files through the design or discharge burnup. There should be examples as rpp indicated.

Here are some notes from an MIT course for which they used CASMO4
https://dspace.mit.edu/bitstream/ha...-fall-2005/contents/labs/lab1_04_05casmo4.pdf

Course description is here - https://dspace.mit.edu/handle/1721.1/71263
 
Astronuc said:
What documentation does one have?

Usually in a fresh core, there are three regions of different enrichments. After the first cycle, approximately one-third of the core is removed, the fuel to remain may be 'shuffled', and fresh fuel is added to the core.

One has to develop the CASMO lattice files through the design or discharge burnup. There should be examples as rpp indicated.

Here are some notes from an MIT course for which they used CASMO4
https://dspace.mit.edu/bitstream/ha...-fall-2005/contents/labs/lab1_04_05casmo4.pdf

Course description is here - https://dspace.mit.edu/handle/1721.1/71263
for casmo input files i have no problem, but the simulate code it is little bit tricky
 

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