Course Description

Course Name

Environmental Impact Analysis

Session: VSOS3221

Hours & Credits

3 Credits

Prerequisites & Language Level

Taught In English

  • There is no language prerequisite for courses at this language level.

Overview

The topics covered in this class are;
1) Review of reaction kinetics and reactor analysis
2) Mathematical modeling process in environmental engineering
3) Numerical methods for solving PDE: finite difference method
4) Risk Assessment

Texts
No texts are required.
The readings are suggested at the class

1 Review of reaction kinetics and reactor analysis
-Reaction Kinetics
2 Review of reaction kinetics and reactor analysis
-Mass Balance, Reactor Analysis
3 Mathematical modeling process in environmental engineering
-Wastewater Treatment
4
5 Mathematical modeling process in environmental engineering
-DO sag curve
6
7 Review
8 Midterm
9 Numerical methods for solving PDE: finite difference method
-Introduction
10 Numerical methods for solving PDE: finite difference method
-Explicit method
11 Numerical methods for solving PDE: finite difference method
-Implicit method and Crank Nicolson Method
12 Risk Assessment
-Hazard Identification
13 Risk Assessment
-Dose Response Relationship
14 Risk Assessment
-Exposure Assessment and Risk Characterization
15 Review
16 Final

*Course content subject to change