![]() ![]() ORIGEN is also used for the fuel loading model, which calculates the required fissile content of fresh fuel based on the isotopics of the feed material. SINGLECRYSTAL SOFTWARE CODEThe ORIGEN code is called directly by DYMOND to perform depletion calculations of each fuel batch to provide the detailed isotopics at discharge and after a cooling period that includes radioactive decay. ), DYMOND will calculate the amount of reactors and facilities constructed and retired and all fuel cycle mass flows at each time step to reveal any facility or resource bottlenecks, shortfalls, and surpluses, as well as inventories of materials in storage. Given user-specified information about the nuclear fleet and deployment or transition scenario (simulation duration, initial reactors, reactor retirement profile, energy demand, available reactor and fuel technologies, recycling strategies, reactor deployment and fuel use priorities, etc. ![]() It utilizes a hybrid approach of using agents-based modeling for reactors and fuel batches and system dynamics-based modeling for fuel cycle processes. Requires access to ORIGEN-2 (and ORIGEN-S for future versions).ĭYMOND is a nuclear fuel cycle systems code that simulates the time-dependent behavior and evolution of the entire nuclear fuel cycle including mining, enrichment, fueling, reactors, reprocessing, waste management, disposal, etc. Developed using AnyLogic modeling platform. Computer for Which Program is Designed and Other Machine Version Packages Available:ĭesigned to operate on Windows 10, though it functions on any workstation that can run Java (Linux, Mac, Windows).DYMOND ( Dynamic Model of Nuclear Deployment) Version 6 ![]()
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