Unitary Analysis, Synthesis, and Classification of Flow Meters

Rezensionen / Stimmen

"Comparing with the classification of flow meters according to BS EN7405 (British Standard) Method of Unitary Analysis, Synthesis and Classification of Flow Meters (Method of UASCF) is a great advance. This book is a good reference for the flow measurement community and a good textbook for students in the field."
- Yan-zuo Sun, Beijing University of Chemical Technology, China

"Establishing a unitary analysis/synthesis and a classification of a metrological system is a complex and uncommon exercise which here ultimately relates generally to all, not only to one particular technology. Here, the work done using "UASCF" (then UASCF-CGS) methods to establish a unitary universal analysis/synthesis and classification of flowmeters is impressive, complete, and very convincing, thanks to a very high degree of rigor of Dr. Mo?it and his thorough knowledge of this field of flow measurement. Finally, in addition to identifying the different basic functions and parameters that are taken into account in different known flow metering technologies, the reader will have in hand an interesting logical tool to predictable imagine new concepts and evaluate their impact on the determination of new desired flow measuring devices."
-Henri Foulon, CESAME-EXADEBIT, France

"This is an interesting book, which is useful for a large community. The scientific level and content of the book is high and very clearly presented."
-Ioan Dumitrache, University "Politehnica" Bucharest

"Dr. Motit's "UASCF" flowmeter classification method provides an entirely new perspective, offering deeper and broader insights into existing flow measurement technologies. Of particular relevance to engineering disciplines with an interest in flow measurement technologies, the method facilitates the imagination and potential development of new flow meter types, which could embody multiple desired characteristics of a range of traditional instruments."

-Mike Touzin, Head of Market Research & Development, Endress+Hauser Flowtec AG, Switzerland "Comparing with the classification of flow meters according to BS EN7405 (British Standard) Method of Unitary Analysis, Synthesis and Classification of Flow Meters (Method of UASCF) is a great advance. This book is a good reference for the flow measurement community and a good textbook for students in the field."
- Yan-zuo Sun, Beijing University of Chemical Technology, China

"Establishing a unitary analysis/synthesis and a classification of a metrological system is a complex and uncommon exercise which here ultimately relates generally to all, not only to one particular technology. Here, the work done using "UASCF" (then UASCF-CGS) methods to establish a unitary universal analysis/synthesis and classification of flowmeters is impressive, complete, and very convincing, thanks to a very high degree of rigor of Dr. Motit and his thorough knowledge of this field of flow measurement. Finally, in addition to identifying the different basic functions and parameters that are taken into account in different known flow metering technologies, the reader will have in hand an interesting logical tool to predictable imagine new concepts and evaluate their impact on the determination of new desired flow measuring devices."
-Henri Foulon, CESAME-EXADEBIT, France

"This is an interesting book, which is useful for a large community. The scientific level and content of the book is high and very clearly presented."
-Ioan Dumitrache, University "Politehnica" Bucharest

"Dr. Motit's "UASCF" flowmeter classification method provides an entirely new perspective, offering deeper and broader insights into existing flow measurement technologies. Of particular relevance to engineering disciplines with an interest in flow measurement technologies, the method facilitates the imagination and potential development of new flow meter types, which could embody multiple desired characteristics of a range of traditional instruments." -Mike Touzin, Head of Market Research & Development, Endress+Hauser Flowtec AG, Switzerland