Hydraulic Institute Engineering Data | Book

For more information, you can explore the Hydraulic Institute Website to obtain the latest edition of the Data Book.

The HI Engineering Data Book is organized into several sections, covering a broad range of topics related to fluid handling. The book is divided into chapters on:

If you are looking to purchase a copy or access the digital version, visit the official Pumps.org Engineering Data Book page.

Piping networks rely on valves, bends, and tees, all of which introduce resistance. Loss coefficients (

Many projects require adherence to Hydraulic Institute standards for legal and insurance compliance. hydraulic institute engineering data book

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

Recommended maximum and minimum velocities to prevent pipe erosion or sediment settling.

Charts to determine if flow is laminar, transitional, or turbulent.

The is a free, comprehensive technical resource designed as an extensive guide for pump users, manufacturers, and engineers. It offers far more than static data, transforming the content of the Engineering Data Book into an active, problem-solving tool. For more information, you can explore the Hydraulic

What distinguishes this resource from generic fluid mechanics textbooks? Several characteristics:

Real-world examples showing how to calculate friction losses, total dynamic head (TDH), and power requirements.

The Data Book explains and quantifies key hydraulic principles:

Analytical approaches for non-standard fluids like and paper stock suspensions . Fluid Flow & Friction Loss : Piping networks rely on valves, bends, and tees,

Optimizing systems to minimize energy consumption in pump operations. 6. Conclusion

Information on standard steel pipes, PVC, and other materials to determine friction factors.

Are you trying to , select a pump , or troubleshoot a system issue ? Do you need help calculating friction loss or NPSH ?