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Short Course on Atomization and Sprays

Technische Universität Darmstadt - Thermo-Fluids & Interfaces
In Darmstadt ()

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Wichtige informationen

Tipologie Intensivkurs
Niveau Fortgeschritten
Unterrichtsstunden 32h
Dauer 4 Tage
  • Intensivkurs
  • Fortgeschritten
  • 32h
  • Dauer:
    4 Tage

This short course has the aim to present the current understanding and state-of-the-art of atomization fundamentals, their realization in atomizer systems and their application in a wide variety of engineering branches, including spray drying, spray coating, spray cooling, fuel injection, etc.

Häufig gestellte Fragen

· An wen richtet sich dieser Kurs?

The course is directed towards practicing engineers and researchers involved in R&D and the application of spray systems. For those with little previous background, the course begins with fundamentals of atomization and proceeds through theoretical, experimental, numerical and application topics.

· Worin unterscheidet sich dieser Kurs von anderen?

The lecturers are 13 renowned experts in the field who will address theoretical, experimental, numerical and modelling aspects of atomization and spray processes. Besides, the program forsees intensive discussions between the participants and the lecturers and also among the participants. Industrial exhibitors of atomization equipment and spray diagnostics will be available on the second day for demonstrations and discussions.

Was lernen Sie in diesem Kurs?

Atomization fundamentals
Atomizer systems
Atomization and spray applications


Cameron Tropea
Cameron Tropea
Atomization ans Sprays, Laser measurement techniques in fluid mech.

The Short Course on Atomization and Sprays features 13 renowned experts in the field who will address theoretical, experimental, numerical and modelling aspects of atomization and spray processes. The course is directed by Prof. Tropea who heads the Institute for Fluid Mechanics and Aerodynamics at Technische Universität Darmstadt.


These aspects are first addressed theoretically in terms of hydrodynamic instabilities of liquid jets and sheets – primary atomization. This is followed by considerations about the break-up of single droplets – secondary atomization. Engineering solutions for realizing the different atomization mechanisms are then presented.

The second day presents possibilities for simulating atomization and spray processes. Modelling of primary atomization is discussed, as well as transport processes within sprays and spray/wall interactions.

The third day is devoted to experimental descriptors and diagnostics of sprays and droplets. Both non-optical and optical techniques are addressed. Focus is placed on drop size and velocity determination, but an overview is also given about more advanced techniques, allowing temperature and composition to be determined.

The final day of the course covers a wide variety of applications and how spray systems have been developed and customized to meet specific requirements and constraints.

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