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Mechanical Engineering
Description: Fundamental fluid properties and phenomena. Development of conservation equations in differential form. Development of solution techniques and applications to inviscid flows as well as viscous separated flows. Introduction to turbulence. Expands on fundamental concepts introduced in Fluid Mechanics I. Letter grade only.
Units: 3
Sections offered: Fall 2026
Prerequisite: Admission to Mechanical Engineering MS, Mechanical Engineering PhD, or Bioengineering PhD
Mechanical Engineering
Term : Spring 2026
Catalog Year : 2025-2026
ME 520 - Advanced Fluid Dynamics
Description: Fundamental fluid properties and phenomena. Development of conservation equations in differential form. Development of solution techniques and applications to inviscid flows as well as viscous separated flows. Introduction to turbulence. Expands on fundamental concepts introduced in Fluid Mechanics I. Letter grade only.
Units: 3
Sections offered: Fall 2026
Prerequisite: Admission to Mechanical Engineering MS, Mechanical Engineering PhD, or Bioengineering PhD