Fluid Properties

Start with the property maps

The page includes several mind maps called Fluid Properties, each with a different focus. One introduces capillary action through fluid flow in porous material or tubes. Another brings together density, specific weight, specific gravity, viscosity and vapor pressure. A further map covers compressibility, vapor pressure and surface tension, including the role of cohesive forces.

For a starting point, choose the map that includes density, specific weight and specific gravity. Use its branches to organize the terms, then compare it with the map that covers compressibility and surface tension. The repeated title is a reminder to check each map's contents before choosing one.

Move from viscosity to a quiz

Viscosity and Non-Newtonian Flow describes viscosity as resistance to flow and gives a relationship between viscosity, shear stress and rate of shear strain. Viscosity and Non-Newtonian Fluids also introduces dynamic viscosity and includes an application involving oil in a reservoir. Study the definition in the first map, then use the application in the second to consider what viscosity can mean in a practical setting.

Chapter 1 Introduction includes a question about what affects a fluid's absolute viscosity. Try it after studying the maps. Use the question to identify a term or relationship you want to look at again, then return to the relevant map.

Use the topic within Fluid Mechanics

Fluid Properties is a section of Fluid Mechanics in Mechanical engineering. The maps offer different ways to organize the properties within this section, while the quizzes give you questions to work through. The page also lists flashcards and a note alongside the maps and quizzes.

Choose a property to focus on and explore the resources that describe it.