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Gas Turbine Combustion

Short course

In Bedfordshire ()

Price on request

Description

  • Type

    Short course

All the material covered is relevant to the requirements of those engaged in research, development and design in this field.. The syllabus includes lectures on basic subjects related to combustion, such as aerothermodynamics and heat transfer, but is mainly devoted to consideration of theoretical analysis appropriate to design, practical information on design procedure, and methods of overcoming problems in combustion development. Particular attention is paid to the problems of minimising smoke, gaseous pollutant emissions and low NOx design strategies. Cranfield’s well-established one-week course in Gas Turbine Combustion is internationally known. We have a large well recognised team of engineers and scientists in the field of gas turbine combustion, supported by experimental facilities unique in the university sector, allowing combustion research and development. The facilities include high, medium and low pressure and high temperature rigs, supported by specialist instrumentation including those required for emissions measurements. Many experiments are designed specifically to suit particular investigations.

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Subjects

  • Design
  • Gas

Course programme

Course structure In addition to lectures, this course also includes up-to-date presentations in computational modelling. Printed supplements are provided for much of the material covered in the course. A number of worked examples are undertaken by the delegates. Active participation from the delegates is strongly encouraged. All delegates will receive a Certificate of Attendance upon completion of this course.
What you will learn

Gas turbine combustion is a wide and complex subject. This course offers an opportunity to acquire an overview and it provides a “road map” to guide design and development options. 

On completion of the course, the course delegates should understand basis concepts and theories of gas turbine combustors concerning combustor structures, fuel preparation, ignition, diffuser performance calculation, combustions efficiency, operational criteria, pollutant emissions, cooling and material technology, and the role of CFD in combustor design and performance simulation.


Gas Turbine Combustion

Price on request