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Date: Monday, October 4, 2010
Instructors
Lloyd Cooke, Director, Operations, Liburdi Turbine
Services; Warren Miglietti, Power Systems Mfg.,
LLC (an Alstom owned company); Doug Nagy, Industrial
Component Repair Manager, Liburdi Turbine Services
Who Should Attend
A “must” for gas turbine maintenance engineers, managers,
repair shop personnel, designers, and technical staff to optimize
their repair planning and performance. Useful for business and plant
managers, investors and insurers to understand the technology and
support sound decision-making.
Course Overview and Objective
This workshop will explain super-alloy materials, component damage
experienced from service exposure, techniques used to analyze the
remaining life of components removed from service, protective coatings,
component repair technologies, and quality assurance of repairs.
The workshop includes many case study examples and the last section
is devoted to a workshop where attendees develop component repair
solutions. Participants may submit questions in advance regarding
repair issues faced in their jobs.
Course Highlights
- What makes superalloys especially suited for gas turbine components
- How different damage mechanisms (oxidation, corrosion, erosion)
affect the component
- How high cycle fatigue & low cycle fatigue damage is caused,
prevented, and repaired
- Various heat treatments used in repairs, and why they are important
- Advantages & disadvantages of the many types of protective
coatings
- Critical quality control steps in component repair
- How to reliably extend the service life of valuable components
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Date: Monday, October 4, 2010
Instructor
S. Can (John) Gulen, Principal Engineer, Plant Systems Analysis
(PSA)
Course Overview and Objective:
The objective of the course is to provide the practicing engineers
in power generation industry with fundamental thermodynamic principles
that govern the design and performance of Gas Turbine Combined Cycle
power plants. Earn 7 Professional Development Hours (PDH’s)
and receive a certificate of completion!
Course Highlights
- Participants will be able to quickly and accurately gauge the
impact on GT selection and design changes on CC performance
- Participants will be able to make technically and economically
feasible CC design choices for given GT characteristics
- Participants will be able to apply principles of the second
law of thermodynamics to GT and CC performance analysis and optimization
- Participants will have a working knowledge of existing and
future novel GT and CC plant design options
- Participants will be able to use scant available data available
in trade publications and academic journals for product performance
evaluation
- Participants will be able to efficiently evaluate plant performance
test data beyond standard methods and measures
- Participants will be able to do quick economic evaluation of
technical design changes, innovative ideas, and design options
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