Hydraulic Institute Engineering Data Book Jun 2026

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 .

Engineers integrate the data from the HI Engineering Data Book into several critical workflows:

Pipe, valve, and fitting pressure drop data.

How fluid thickness changes with temperature, impacting friction. hydraulic institute engineering data book

The is a foundational reference for fluid flow, pipe friction, and pumping system design. The most current physical version is the Second Edition , though much of its content has been transitioned into a dynamic online library. Where to Obtain the Book

Efficient fluid transport requires accurate predictions of how liquids behave under varying pressures, temperatures, and piping configurations. The Hydraulic Institute Engineering Data Book serves as a standardized bridge between theoretical fluid mechanics and real-world mechanical engineering.

Specialized calculation methodologies for adjusting friction losses when pumping non-Newtonian or highly viscous fluids. Supplemental Engineering Data In 2020, the Hydraulic Institute transitioned the static

The is not just a reference; it is an essential tool for ensuring the longevity and efficiency of fluid handling systems. Whether you are a beginner engineer or a seasoned professional, having this data book on hand ensures that all pump system calculations are accurate, reliable, and compliant with recognized engineering standards.

Guidelines for calculating increased roughness in older piping. 3. Valves and Fittings Pressure Drops

, visit the official Hydraulic Institute website at Pumps.org . Members receive discounted pricing, and institutional licenses are available for engineering firms and universities. The is a foundational reference for fluid flow,

The manual provides exhaustive data on the physical properties of water and various industrial liquids. This includes detailed charts and tables for:

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

The (HI EDB) is a foundational technical reference for engineers, pump manufacturers, and end-users involved in fluid transfer systems. Originally evolving from early 20th-century standards, this book provides the comprehensive data needed to design, analyze, and optimize pumping systems. Overview and Purpose

I can provide the specific equations, steps, or criteria you need to proceed. Share public link