Hydraulic Institute Engineering Data Book

Smooth-wall pipe characteristics for modern materials.

This article provides a deep dive into the history, structure, technical content, and practical applications of the Hydraulic Institute Engineering Data Book.

Dictates the total weight and motor power requirements. 2. Pipe Friction Loss Data hydraulic institute engineering data book

To get the most value from this resource:

You need to pump water at 210°F (just below boiling) to a cooling tower 100 feet above the pump. The Solution: Open the Data Book to the steam tables. You notice that at 210°F, the vapor pressure is significant. Using the NPSH tables, you calculate that the static head required to prevent cavitation is 3x higher than if the water were at 60°F. Without the Data Book, you would likely undersize the pump and destroy it within months. Smooth-wall pipe characteristics for modern materials

A pump is useless without its driver. The book includes a section on electric motors.

The book is specifically designed to help engineers solve problems related to fluid transfer. It includes: Hydraulic Institute Engineering Data Book - 2nd Edition You notice that at 210°F, the vapor pressure is significant

Accurate calculation of hydraulic data helps in selecting the most energy-efficient pumps, lowering long-term operating costs. 5. Conclusion

While the HI Engineering Data Book is a valuable resource, there are a few areas for improvement:

Pipe, valve, and fitting pressure drop data.

Extensive tables and equations for determining pressure drops through various pipe materials (steel, PVC, copper) and fitting types (elbows, tees, valves).