In this series of articles, the authors discuss various phenomenain fluid dynamics, which may be investigated via tabletopexperiments using low-cost or home-made instruments. Thefirst article in this series is about the salt oscillator – a hydrodynamiccuriosity.

In this series of articles, the authors discuss various phenomenain fluid dynamics, which may be investigated via tabletopexperiments using low-cost or home-made instruments.The second article in this series is about a simple set-up fordemonstrating the instability of Kolmogorov Flow.

In this series of articles, the authors discuss various phenomenain fluid dynamics, which may be investigated via tabletopexperiments using low-cost or home-made instruments. Thethird article in this series is about vortex rings and some interestingexperiments based on them.

In this series of articles, the authors discuss various phenomenain fluid dynamics, which may be investigated via tabletopexperiments using low-cost or home-made instruments. Thefourth article in this series is about soap films and some interestingexperiments based on them.

In this series of articles, the authors discuss various phenomenain fluid dynamics, which may be investigated via tabletopexperiments using low-cost or home-made instruments.The fifth article in this series is about some fascinating experimentswith non-Newtonian fluids.

In this series of articles, the authors discuss various phenomena in fluid dhynamics, which may be investigated via tabletop experiments using low-cost or home-made instruments. The sixth article in this series explores crystalline defects and motion of dislocations using bubble rafts.

In this series of articles, the authors discuss various phenomenain fluid dynamics, which may be investigated via tabletopexperiments using low-cost or home-made instruments. Theseventh article in this series explores the formation, structure,and properties of antibubbles.

In this series of articles, the authors discuss various phenomenain fluid dynamics, which may be investigated via tabletopexperiments using low-cost or home-made instruments. Theeighth article in this series explores and demonstratesKelvin–Helmholtz instability.

In this series of articles, the authors discuss various phenomenain fluid dynamics, which may be investigated via tabletopexperiments using low-cost or home-made instruments. Theninth article in this series explores and demonstrates Rayleigh–Taylor instability.

In this series of articles, the authors discuss various phenomenain fluid dynamics, which may be investigated via tabletopexperiments using low-cost or home-made instruments.The tenth article in this series demonstrates the use of thearea-minimization property of soap films in the computationof analog solutions to mathematical problems.

In this series of articles, the authors discuss various phenomenain fluid dynamics, which may be investigated via tabletopexperiments using low-cost or home-made instruments. Theeleventh article in this series demonstrates the Marangoni effect.

In this series of articles, the author discusses various phenomenain fluid dynamics, which may be investigated via tabletopexperiments using low-cost or home-made instruments. Thetwelfth article in this series demonstrates some experimentswith air bubbles in liquids.

In this series of articles, the authors discuss various phenom-ena in fluid dynamics, which may be investigated via table-top experiments using low-cost or home-made instruments. The thirteenth article in this series demonstrates some exper-iments with Hele–Shaw cells.

In this series of articles, the author discusses various phenomenain fluid dynamics, which may be investigated via tabletopexperiments using low-cost or home-made instruments.The fourteenth article in this series demonstrates some experimentswith liquid drops.

In this series of articles, the author discusses various phenomenain fluid dynamics, which may be investigated via tabletopexperiments using low-cost or home-made instruments. Thefifteenth article in this series demonstrates some fluid instabilities.

We conclude our series of articles on experiments in fluid dynamicsby listing the materials and methods employed, aswell as discuss a few experimental techniques which were notconsidered in earlier articles. Several books on flow visualisation

[1, 2] are available which the reader may wish to refer.