Mechanical - Spray Theory and Applications (English)

   Wednesday, April 30, 2025   

Starting a new Lecture Notes Series on Mechanical - Spray Theory and Applications

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Mechanical - Spray Theory and Applications By Lecture Notes together!

Lecture 1: Introduction to sprays and their applications

Lecture 2: Spatial versus Temporal Sampling

Lecture 3: Spatial Vs Temporal Sampling example problem

Lecture 4: Steady vs unsteady spray

Lecture 5: Statistical measures on spray

Lecture 6: Discussion on pdf and moments

Lecture 7: Size velocity correlation

Lecture 8: Discussion on Interfacial tension

Lecture 9: Introduction to Atomizers and their design-1

Lecture 10: Introduction to Atomizers and their design-2

Lecture 11: Simple measurement techniques

Lecture 12: Selection of atomizers

Lecture 13: Spray measurement characteristics

Lecture 14: Spray measurements techniques

Lecture 15: Non-intrusive spray measurements techniques

Lecture 16: Non-intrusive spray measurements techniques.

Lecture 17: Linear stability analysis? Introduction

Lecture 18: Linear stability analysis- Kelvin-Helmhotz instability -1

Lecture 19: Linear stability analysis- Kelvin-Helmhotz instability -2

Lecture 20: Linear stability analysis- Kelvin-Helmhotz instability -3

Lecture 21: Linear stability analysis procedure

Lecture 22: Linear stability analysis - Cylindrial jet instability-1

Lecture 23: Linear stability analysis - Cylindrial jet instability-2

Lecture 24: Linear stability analysis - Planar Liquid Sheet instability -1

Lecture 25: Linear stability analysis - Planar Liquid Sheet instability -2

Lecture 26: Design of pressure swirl atomizer-1

Lecture 27: Design of pressure swirl atomizer-2

Lecture 28: Design of pressure swirl atomizer-3

Lecture 29: Design of pressure swirl atomizer-4

Lecture 30: Secondary atomization-Dimensionless parameters

Lecture 31: Secondary atomization-Modes of breakup-1

Lecture 32: Secondary atomization-Modes of breakup-2

Lecture 33: Multiphase modelling

Lecture 34: Multiphase modelling.

Lecture 35: Multiphase flow modelling basics

Lecture 36: Multiphase modelling ? Selection of model-1

Lecture 37: Multiphase modelling ? Selection of model-2

Lecture 38: Multiphase modelling - Governing equations

Lecture 39: Droplet evaporation

Lecture 40: Droplet combustion

Lecture 41: Spray combustion