# Finite Element Modeling

## CHME-4100

This course presents how solutions to problems in transport phenomena can be obtained using the finite element method. The fundamentals of numerical simulation for coupled heat, mass, and momentum transport are presented. Finite difference methods in 1D and 2D are discussed too. Simulations are performed in multi-physics software for 1D, 2D and 3D systems. The course covers the fundamentals of numerical simulation, formulating user-inspired problems, writing user-defined functions and variables, processing results, and extraction and analysis of simulation data.

3 credits
Prereqs:
CHME-4020 Transport Phenomena II
and
CHME-2050 Introduction To Computational Chemical Engineering
and
MATH-2400 Intro Diff Equations

# Past Term Data
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Offered as Cross-Listing Only
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| Spring | Summer | Fall
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| (Session 1) | (Session 2) |
2026 |  |  |

2025

Finite Element Modeling (3c)

- Corey Christopher Woodcock

Seats Taken: 0/15

2024

Finite Element Modeling (3c)

- Corey Christopher Woodcock

Seats Taken: 11/15

2023

Finite Element Modeling (3c)

- Corey Christopher Woodcock
- Joel Plawsky

Seats Taken: 3/15

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