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Undergraduate Bulletin - Loyola Marymount University

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CIVL 498<br />

Special Studies<br />

1-4 Semester Hours<br />

CIVL 499<br />

Independent Studies<br />

1-4 Semester Hours<br />

CIVL 504<br />

Applied Fluid Mechanics<br />

2 Semester Hours<br />

Fundamentals of fluid mechanics and review of the<br />

underlying mathematical principles, viscosity, fluid statics,<br />

conservation of mass, energy equation, mementum<br />

principle, fluid flow in pipes, hydraulic machinery.<br />

Open to science majors interested in a Master’s degree in<br />

Environmental Science.<br />

Lecture, 2 hours.<br />

Requires consent of instructor.<br />

CIVL 510<br />

Open Channel Hydraulics<br />

4 Semester Hours<br />

Steady uniform and non-uniform flow in open channels;<br />

design of channels, transitions, confluences, and culverts.<br />

Study of the elements of the hydrologic cycle related to<br />

open channel systems and computer-aided design of an<br />

open channel system.<br />

Lecture, 4 hours.<br />

Prerequisite: CIVL 315.<br />

CIVL 511<br />

Hydraulic Analysis and Design<br />

2 Semester Hours<br />

Design and analysis of hydraulic structures and pump<br />

stations; rainfall-runoff models; determination of reservoir<br />

storage; unsteady flow and water hammer; flood routing<br />

techniques; sediment transport.<br />

Lecture, 2 hours.<br />

CIVL 512<br />

Air Pollution Analysis<br />

2 Semester Hours<br />

Detailed analysis of emission sources, emission calculation<br />

methods, and air pollution controls. The dispersion of air<br />

pollutants in the atmosphere (fates and lifetimes, dispersion<br />

modeling methods). In-depth techniques of conducting risk<br />

assessments due to exposure to air pollutants.<br />

Lecture, 2 hours.<br />

CIVIL ENGINEERING AND ENVIRONMENTAL SCIENCE / 377<br />

CIVL 514<br />

Groundwater Hydrology<br />

2 Semester Hours<br />

Theory of the movement and occurrence of water in a<br />

porous medium; steady and unsteady flow in confined and<br />

unconfined aquifers; Darcy’s law; equilibrium and nonequilibrium<br />

hydraulics of wells; computer applications.<br />

Lecture, 2 hours.<br />

Prerequisite: CIVL 315.<br />

CIVL 515<br />

Industrial Waste Management<br />

2 Semester Hours<br />

Principles and methods of treatment and disposal of<br />

industrial wastes that may adversely affect the environment,<br />

including general characterization of wastes from industries<br />

of major significance and typical treatment processes<br />

involved. Regulatory constraints.<br />

Lecture, 2 hours.<br />

Prerequisites: CIVL 400 and ENVS 510.<br />

CIVL 548<br />

Hazardous Substances Management<br />

2 Semester Hours<br />

The study of regulation and management strategies for<br />

environmental programs (hazardous substances) including<br />

hazardous waste, asbestos, underground tanks, air<br />

pollution, and the California Environmental Quality Act.<br />

Lecture, 2 hours.<br />

CIVL 549<br />

Hazardous Waste Remediation<br />

2 Semester Hours<br />

This course provides an overview of the regulatory framework,<br />

site assessment and sampling techniques, and remediation<br />

technologies for hazardous waste sites. Emphasis is placed<br />

on cost-effective remediation technologies, regulatory<br />

agency coordination, and new emerging technologies for<br />

hazardous waste site clean-up projects.<br />

Lecture, 2 hours.

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