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J. Brian Anderson, Ph.D., P.E.
Department of Civil Engineering
University of North Carolina Charlotte
112 Cameron Center
9201 University City Boulevard
Charlotte, NC 28223
Phone:
(704)687-6039
Fax: (704)687-6953
jbanders@uncc.edu
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CEGR 3258 Geotechnical Engineering Lab Tests to determine engineering properties of soils;
consistency, permeability, shear strength, and consolidation. Data
analysis, presentation and report writing.
Course Page
(Fall 2005)
CEGR 3278
Geotechnical Engineering Soil origin, formation, composition,
and classification; permeability; seepage; soil mechanics
principles, including stresses, shear strength, and consolidation;
foundations, retaining structures, and slope stability. Integration
of design and technical reporting.
Course
Files
(Summer 2004)
CEGR 4278. Geotechnical Engineering II
Design of shallow and deep
foundations, including structural considerations; lateral earth
pressure theories; design of rigid and flexible earth retaining
structures; advanced aspects of slope stability analysis; and
computer applications.
Course Files
(Spring 2004)
CEGR 4090/5090. Deep Foundation Engineering
Covers the design and construction
of both drilled shafts and driven pile groups. For driven piles,
estimation of static capacity and deformation from conventional and
insitu methods are covered, along with drivability (GRLWEAP) and
dynamic capacities (PDA, FHWA, etc). Drilled shaft design covers
FHWA methods for estimating capacity in soils, and FDOT's method in
rock. Group behavior is modeled with FBPier for both driven piles
and drilled shafts.
Course Files
(Spring 2005)
CEGR 3202. Systems and Design II
Course Files
(Spring 2005)
CEGR 4090/5090.
Shallow Foundation Engineering
Course covers the analysis
and design of spread footing foundations in depth with an emphasis
on computer aided design methods. Topics include, tolerable
settlement, stress distributions, elastic settlement of footings on
cohesionless and cohesive using soil parameter and insitu test based
methods, consolidation analysis of foundations on clay,
general and local shear bearing capcacity, and structural design of
spread footings.
(Fall 2004)
Course Files
CEGR 6090.
Experimental Soil Mechanics
Advanced laboratory testing
of soils. Experiments covered are oedometer consolidation,
constant rate of strain consolidation, flexible wall permeability,
direct shear, and triaxial tests. Course topics include
shear strength, compressibility, stress paths, elasticity,
plasticity, and constitutive modeling.
(Fall 2004)
Course Files
CEGR 6268 Advanced Soil Mechanics
This course is designed to provide the student with a rigorous
study of fundamental soil mechanics from a classical text. Topics
include: particulate behavior, stresses in a soil mass, shear
resistance, soil formation, stress strain behavior, shear strength,
effective stresss, 1 and 2-D fluid flow, permeability, drained
strength, pore pressure, consolidation, undrained stress strain
behavior, and undrained shear strength.
Course Files
(Fall 2005)
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College of Engineering
