Rotational Viscometer - Essay Example

On the other side, the importance of fluids having different properties will be looked at from the angle of engineering by relating the viscosity of different fluids to the ability to work. The project covers in detail the properties of selected fluids, how their viscosity is affected by the properties and any other effect of viscosity on other factors. At last, after knowing the importance of fluid properties in relation to engineering, various equipment different in design and workability are discussed, followed by the positive thought on the engineering and the properties of fluids (Partington, 1952).

A fluid can be either a liquid or a gas and understanding its properties enables the understanding of their expected behavior under different environmental conditions. A fluid flows or deforms under a given shear force and in most cases tend to occupy and take the shape of the container in which they are put. In every field of engineering, aspects of deep thinking and calculations are evident aimed at ascertaining the real conditions under which the different fluids can work to determine the right fluid to be used in a given section of equipment.

Fluid mechanics study how fluids react to a different force. For example, the environmental engineers use it to study forest fires, pollution dispersion, weather patterns that aid in weather forecasting, oceanography and volcano behavior. By understanding the properties of fluids, they are able to draw conclusions on the expected damage or amount of effect to be caused, and the relative appropriate method to be used in combating natural calamities with the efficiency of the fluids to be used as shields (Reid & Sherwood, 1958).

Engineers design equipment that use fluids, transport or operate in fluid environments such as pacemakers and engines. Understanding the behavior and properties of fluids enables them to selectively use a fluid that is suited to the machine, harmless and with high working