Turbulenz in neutralen Fluiden und Plasmen

What it is about

You will receive an introduction to turbulence research in neutral fluids and in magnetized plasmas. You will learn fundamental concepts from chaos through linear instabilities to fully developed two- and three-dimensional turbulence and will be able to name characteristic differences and apply fundamental analysis methods to time series at the end.

What you will be able to do

• Explain fundamental properties of turbulence
• Name differences between chaos, 2D and 3D turbulence
• Explain essential instabilities that lead to turbulence
• Describe experimental techniques for investigating turbulence
• Perform basic numerical procedures for time-series analysis

What the module consists of

• LectureConveying the theoretical foundations, concepts, instabilities and examples; structured presentation with board and projector; scientific discussion to foster analytical thinking
• ExerciseDeepening through problem examples and application of modern analysis programs; practicing numerical techniques for evaluating time series

Teaching method

• Board lecture and projector presentationStructured presentation of content and selection of basic and current topics
• scientific discussionInvolvement of students to promote independent analytical-physical thinking
• Exercises with analysis programsPractical practice of numerical methods for time-series analysis (e.g., Fourier, Wavelet, and nonlinear techniques)
• Self-studyReview of lecture content for deeper understanding of the material