## Compared: SDR 26 vs. SDR 35

SDR 26 and SDR 35 are size classifications of PVC pipe. The SDR, or standard dimensional ratio, is the ratio between a pipe’s outer diameter […]

Compared: SDR 26 vs. SDR 35 Read More »

SDR 26 and SDR 35 are size classifications of PVC pipe. The SDR, or standard dimensional ratio, is the ratio between a pipe’s outer diameter […]

Compared: SDR 26 vs. SDR 35 Read More »

Flow of fluids, both gaseous and liquid, is generally categorized into two distinct groups: laminar and turbulent. While one might assume that turbulent flow means

Advantages of Turbulent Flow Read More »

In fluids engineering, it is often necessary to calculate the pressure change, or head loss, due to friction. As a fluid flows through a pipe,

When to Use Fanning Friction Factor Read More »

When it comes to engineering, it is often ideal to simplify a system in a way that makes it easier to work out any necessary

Single Degree of Freedom Systems Read More »

Fluid dynamics – and more specifically, fluid flow – is the study of how fluids (both liquid and gas) move when subjected to unbalanced forces.

Why Does Flow Become Turbulent? Read More »

In fluids engineering, evaluating the pressure loss due to friction is an important aspect of design. To determine this loss, a factor, such as the

Moody vs. Darcy Friction Factor Read More »

Friction plays a key role in the flow of a fluid through a pipe or duct. Calculating that friction involves using a friction factor. A

Darcy vs. Fanning Friction Factor Read More »

The specific weight of an object is based on its material makeup. However, many times the specific weight is misunderstood in both its definition and