The objective of this project is to develop an interactive virtual reality simulation of the RCF by combining 3D modeling, VR integration, and physics based reactor behavior
Team: Glatigny Anderson, Jimmie Ward, Cooper Dunn, Pietro Camerucci-Gambacorta
Project Advisor: Professor Wei Ji
Group 2 members are invisible
Project Motivation
The Walthousen Reactor Critical Facility (RCF) was once an integral part of RPI's Nuclear Engineer curriculum. It was used as an educational experiment reactor allowing students to gain hands-on experience with reactor operations and explore key reactor physics concepts through experiments. However, due to the increasing age of the RCF, the reactor may soon go through decommissioning efforts, and a more economical and accessible replacement is in order.
Blender model of RCF reactor core frame.
Project Description
The objective of this project is to develop an interactive virtual reality simulation of the RCF by combining 3D modeling, VR integration, and physics based reactor behavior. Facility components are modeled in Blender using provided specifications and measurements, then imported into Unity to create an interactive environment where students can navigate and manipulate reactor systems. Reactor behavior is simulated using MCNP, with outputs processed into reactivity and time-dependent power data that drives real time responses within the VR simulation, resulting in a realistic educational tool.
Top down view of MCNP geometry with control rods and fuel pins.
Results and Accomplishments
The project has successfully produced 3D models of RCF components and integrated them into Unity, where they function within a VR environment. MCNP simulations have been completed, demonstrating expected reactor behavior under varying control rod configurations. Additionally, data processing has been established to convert simulation results into time dependent power profiles compatible within Unity. Together, these accomplishments establish a strong foundation for an interactive and accurate reactor simulation that allows students to learn from the RCF, even after its potential decommissioning.