Highly intensified neutron generator (HINEG) is a D-T neutron generator tritium target system; it can be used in researching fusion energy and advanced fission energy. The heat flux at the target plate is extraordinarily high, cooling the target plate effectively, limiting the working temperature, are the keys to keep the normal working of HINEG. This paper has simulated the 3D values of some different kind of target plate systems, using the computational fluid dynamics software and static analysis software, presented the stationary analysis results of temperature and fluid fields, as well as stress field. The flow and temperature distributions provide important data for advanced design and performance evaluation of HINEG.
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