Addresses partial differential equations involved in engineering problems such as heat transfer and wave propagation. Solution techniques include separation of variables for analytical solutions and the finite-difference method for numerical solutions. Applications in mechanics, heat transfer, vibrations, and electro-magnetism are discussed. Weekly hours: 3 Lecture hoursPrerequisite(s): [ME 251.3 or (ME 113.3 (taken) and GE 210.3 (taken))] and MATH 224.3 (taken).
Addresses partial differential equations involved in engineering problems such as heat transfer and wave propagation. Solution techniques include separation of variables for analytical solutions and the finite-difference method for numerical solutions. Applications in mechanics, heat transfer, vibrations, and electro-magnetism are discussed. Weekly hours: 3 Lecture hoursPrerequisite(s): [ME 251.3 or (ME 113.3 (taken) and GE 210.3 (taken))] and MATH 224.3 (taken).
