CRITICAL FLOW AT PRESSURIZED AND FREE-SURFACE CONDITIONS - JERZY HUBERT MROZ

Discover the fascinating world of fluid mechanics with Jerzy Hubert Mroz's book! This publication is a real treat for engineers, scientists, and students who want to delve into the secrets of critical flow. The author proposes a new definition of critical flow conditions that applies to both pressurized flows and free surfaces in channels of any cross-sectional shape.

• Universal definition of critical flow
• Application in pressurized and free-surface flows
• Practical approach to solving the problem of channel roughness
• New materials never before published
• Factual and concrete content
• Brochure edition, format 235x168 mm

This book represents a breakthrough in the approach to flow analysis, offering a universal tool for investigating critical conditions. The Darcy-Weisbach formula, discussed in the publication, allows for the calculation of pressure losses over the length in both pipes with circular cross-sections and open channels. The author points out the main obstacle in using the Moody diagram, namely the need to know the relative roughness of the channel in advance. In practical applications, this is often not possible, which is why the author proposes an effective solution to this problem, presenting it in the form of diagrams.

This publication is the result of years of research and analysis conducted by Jerzy Hubert Mroz in the field of fluid mechanics. His work is an important contribution to the development of this field of science and engineering. The book is aimed at a wide audience, from students and doctoral students to experienced engineers and scientists. Anyone interested in fluid mechanics will find valuable information and inspiration for further research in it.

The Scientific Publishing House PWN, which published this book, is a renowned publisher of scientific and educational publications. Their books are characterized by high substantive and editorial quality. By choosing this book, you can be sure that you are reaching for a proven and valuable source of knowledge. This publication is not only a source of knowledge, but also an inspiration for further research and development in the field of fluid mechanics. Its universal approach and practical solutions make it a must-read for every engineer and scientist involved in this field.