Untitled - University of New Orleans

ENME 4735 Reliability in Engr Design
3 cr.
Prerequisite: ENME 3020 or consent of department. Probabilistic
approach to design and analysis of engineering problems. Statistical
methods include point and interval estimation, tests of hypotheses,
functions of random variables, and reliability analysis.
ENME 4735G Reliability in Engr Design
3 cr.
Prerequisite: ENME 3020 or consent of department. Probabilistic
approach to design and analysis of engineering problems. Statistical
methods include point and interval estimation, tests of hypotheses,
functions of random variables, and reliability analysis.
ENME 4751 Advanced Dynamics
3 cr.
Prerequisites: ENME 2750 and MATH 2221. Central force motion,
three-dimensional kinetics, kinematics, and dynamics of rigid bodies;
gyroscopic motion; Lagrange’s equations; Hamilton’s principle;
and trajectories.
ENME 4751G Advanced Dynamics
3 cr.
Prerequisites: ENME 2750 and MATH 2221. Central force motion,
three-dimensional kinetics, kinematics, and dynamics of rigid bodies;
gyroscopic motion; Lagrange’s equations; Hamilton’s principle;
and trajectories.
ENME 4752 Mechanical System Dynamics
3 cr.
Prerequisites: ENME 2750, 3020 and ENEE 2500; or consent of department.
Mathematical modeling of mechanical electrical and electromechanical
systems. Model linearzation. Computer simulation.
Mathematical modeling of dynamic systems in state space. Linear
systems analysis in the time/frequency domain. Introduction to
feedback control systems.
ENME 4752G Mechanical System Dynamics
3 cr.
Prerequisites: ENME 2750, 3020 and ENEE 2500; or consent of department.
Mathematical modeling of mechanical electrical and electromechanical
systems. Model linearzation. Computer simulation.
Mathematical modeling of dynamic systems in state space. Linear
systems analysis in the time/frequency domain. Introduction to
feedback control systems.
ENME 4753 Process Control Systems
3 cr.
(ENEE 4534 and ENME 4753 are cross-listed) Prerequisites: ENEE 3533
or ENME 3020. A study of contemporary automatic control methods
for continuous industrial processes. Topics include characterization
of typical process dynamics, plant identification, parameter estimation,
controller tuning techniques, and industrial process instrumentation
applications.
ENME 4753G Process Control Systems
3 cr.
(ENEE 4534 and ENME 4753 are cross-listed) Prerequisites: ENEE 3533
or ENME 3020. A study of contemporary automatic control methods
for continuous industrial processes. Topics include characterization
of typical process dynamics, plant identification, parameter estimation,
controller tuning techniques, and industrial process instrumentation
applications.
ENME 4757 Intermed Mechanical Vibrations
3 cr.
Prerequisite: ENME 3755 or consent of department. Fundamental
phenomena of multi-degree discrete and continuous systems.
Matrix methods of solution of discrete systems. Determination of
natural frequencies and mode shapes of discrete and continuous
systems. Methods of passive vibration control. Brief introduction to
finite element methods.
ENME 4757G Intermed Mechanical Vibrations
3 cr.
Prerequisite: ENME 3755 or consent of department. Fundamental
phenomena of multi-degree discrete and continuous systems.
Matrix methods of solution of discrete systems. Determination of
natural frequencies and mode shapes of discrete and continuous
systems. Methods of passive vibration control. Brief introduction to
finite element methods.
ENME 4770 Design Solar Heat & Cool Syst
3 cr.
Prerequisite: credit or registration in ENME 3771 or consent of
department. Availability and characteristics of solar energy; design
performance and testing of flat plate and concentrating collectors;
solar heating and cooling of buildings; air systems and water systems;
storage systems; economics; typical designs; solar cells.
ENME 4770G Design Solar Heat & Cool Syst
3 cr.
Prerequisite: credit or registration in ENME 3771 or consent of
department. Availability and characteristics of solar energy; design
performance and testing of flat plate and concentrating collectors;
solar heating and cooling of buildings; air systems and water systems;
storage systems; economics; typical designs; solar cells.
ENME 4771 Intermediate Heat Transfer
3 cr.
Prerequisite: ENME 3771 or consent of department. Review of basic
modes of heat transfer; combined convection and radiation; boiling
and condensation; introduction to numerical methods for solving
heat transfer problems; application of heat transfer principles to
related problems in engineering.
ENME 4771G Intermediate Heat Transfer
3 cr.
Prerequisite: ENME 3771 or consent of department. Review of basic
modes of heat transfer; combined convection and radiation; boiling
and condensation; introduction to numerical methods for solving
heat transfer problems; application of heat transfer principles to
related problems in engineering.
ENME 4772 Internal Combustion Engines
3 cr.
Prerequisites: ENME 3720 and 3776. Introduction of fundamental
concepts and theories of internal combustion engines including
ideal and real thermodynamic cycles, fuels, combustion, emissions,
spark-ignition engines, and compression-ignition engines.
ENME 4772G Internal Combustion Engines
3 cr.
Prerequisites: ENME 3720 and 3776. Introduction of fundamental
concepts and theories of internal combustion engines including
ideal and real thermodynamic cycles, fuels, combustion, emissions,
spark-ignition engines, and compression-ignition engines.
ENME 4773 Energy Management
3 cr.
Prerequisites: ENME 3720 and 3771 or consent of department. Technical
elements of reducing energy consumption and costs; aspects
of management and cost elements pertaining to engineering decision
making; typical topics include electrical, utility, process, building
and heating, ventilating and air conditioning systems; waste
heat management and energy auditing.
ENME 4773G Energy Management
3 cr.
Prerequisites: ENME 3720 and 3771 or consent of department. Technical
elements of reducing energy consumption and costs; aspects
of management and cost elements pertaining to engineering decision
making; typical topics include electrical, utility, process, building
and heating, ventilating and air conditioning systems; waste
heat management and energy auditing.
ENME 4774 Gas Turbine Systems
3 cr.
Prerequisites: ENME 3720 and ENME 3776. Introduction to guiding
principles in gas turbine cycles, combined power systems, turbine
and compressor design procedures and performance prediction for
both axial and radial flow turbines.
ENME 4774G Gas Turbine Systems
3 cr.
Prerequisites: ENME 3720 and ENME 3776. Introduction to guiding
principles in gas turbine cycles, combined power systems, turbine
and compressor design procedures and performance prediction for
both axial and radial flow turbines.
University of New Orleans/248