Hydraulic Institute Engineering Data Book Info

In 2020, the Hydraulic Institute transitioned the static data from the book into a dynamic, web-based platform now known as the HI Data Tool .

Identifying causes of low flow, vibration, or cavitation.

Step-by-step application methodologies for determining pipeline resistance.

Density and specific gravity variations based on temperature. hydraulic institute engineering data book

The Engineering Data Book is designed to bridge the gap between academic theory and practical field application. It is primarily used by:

The EDL delivers updated content backed by HI’s reputation directly to the professional and academic community. It is a comprehensive reference guide that goes beyond the print book, covering pump and system principles, fluid properties, pipe and fitting friction losses, and unit conversions. It also covers advanced topics such as Net Positive Suction Head and Pump and System Curves, and it incorporates standards developed by both HI and other reputable sources. The EDL includes interactive tools and calculators, making it a truly modern resource.

The Hydraulic Institute, established in 1917, is the largest association of pump manufacturers in North America. HI develops comprehensive industry standards, technical resources, and training programs. The Hydraulic Institute Engineering Data Book serves as the collective technical knowledge base of the organization, focusing heavily on the physical properties of fluids and the mechanics of fluid flow. Core Content and Technical Chapters In 2020, the Hydraulic Institute transitioned the static

4.5/5 stars

Essential metrics for calculating accurate system pressure and pump brake horsepower (BHP). 2. Fluid Flow and Friction Losses

By combining comprehensive data with powerful, modern features, HI has created more than just a digital reference—it has built a complete engineering ecosystem. Whether you are designing a new pumping system, troubleshooting an existing one, or simply need to calculate a pipe friction loss, the data is now more accessible, reliable, and powerful than ever before. To experience it for yourself, visit the at pumps.org and start using the HI Data Tool today. Density and specific gravity variations based on temperature

The book is authored by the , the largest association of pump manufacturers in North America. Its peer-reviewed content ensures that the data meets rigorous industry consensus standards, making it an essential resource for both academic study and professional practice. Key Topics and Technical Content

-factors and equivalent length data for elbows, tees, check valves, and control valves.