Friction Loss

Friction loss may be a concept you need to take into consideration. It may be something you havent heard of before but that is affecting you in various ways. This is a concept that refers to pressure that a liquid has as it moves through a piping system or a hose. The speed with which it starts out moving slows down due to the amount of friction that is found inside of the materials.

Due to this concept being readily identified, many manufacturers have worked hard to make items that have reduced amounts of friction loss. While this often isnt something they advertise it is effective. What it means for consumers is that one type of piping or one particular brand of garden hose works better and allows more water to flow through them. Therefore they are going to continue buying those brands of products over what else is offered out there.

There are some complicated formulas that apply to the issue of friction loss. Chances are they look like a foreign language to most people. Yet for those that take part in the areas of science and physics they are fascinating. Friction loss is something that has been studied for a very long time. The results have been favorable too when you look at what has been done with it.

One of the main areas where information on friction loss has helped is with the design of hoses for fire departments. They have been improved upon to ensure that more water can get though them faster. Every second counts when there is a fire to put out. Identifying issues such as friction loss is just one more way in which society is able to benefit from the information.

There are numerous other ways in which friction loss takes place in our daily activities. Most of the time it really doesnt matter to us. For example when we turn on the sink or the shower friction loss affects how quickly the water gets to us. Yet the time lapse isnt really enough to keep us waiting for more than a second or two. If you are interested in the specifics of friction loss there are some great books on it out there.