Computational Fluid Dynamics in Nuclear Engineering Applications

This exam focuses on the principles of computational fluid dynamics (CFD) as it pertains to nuclear engineering. Topics include flow modeling, turbulence characterization, and thermal-hydraulic analysis.

CFD plays a crucial role in the simulation of coolant flow and heat transfer within nuclear reactors. Mastery of these computational techniques is essential for enhancing reactor safety and efficiency by predicting behavior under various operating conditions.

Students are expected to demonstrate their understanding of CFD principles and articulate their applications in reactor cooling systems. This includes evaluating flow patterns and assessing the impact of turbulence on reactor performance.

Candidates should be prepared to discuss both theoretical underpinnings and practical considerations, emphasizing the implications of CFD results on reactor design and operation.