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The new edition of this textbook, while largely retaining the
proven chapter structure of the previous editions, combines the
quantitative, mathematical analysis of the mechanisms of wood
processing with practical recommendations and solutions. It
presents new theoretical and experimental approaches and offers a
clear and systematic overview of the theory of wood cutting,
thermal loading in wood-cutting tools, optimum choice of
operational parameters, dynamic behavior of tool and workpiece,
stability problems in wood machining, energy requirements, the wear
process of tools and a unique analysis of surface roughness. In
general, diagrams are provided to help quickly estimate various
process parameters. As a modern and powerful tool, the process
optimization procedure is also included, and amply demonstrated in
worked-out examples. In this edition, new and updated material has
been added in many sections: roughly a third of the book has been
rewritten and a quarter of the figures are new. In addition, many
figures have been revised for clarity. The authors are confident
that this revised and expanded edition will continue to meet the
needs of all those working in the field of wood machining.
The purpose of this monograph is to characterize and describe the
quality of machined wood surfaces, whereas particular attention is
given to the utility and to aesthetical values in product design.
The approach employed by the authors involves an introductory
overview and is then organized in three parts: first, the book
deals with factors influencing surface stability, the second part
describes the color and gloss properties of wood surfaces with many
practical applications, and the third part covers roughness
properties of surfaces related to machining. This is a highly
informative and carefully presented book, providing valuable
insight for both research experts and practitioners with an
interest in machined wood surfaces.
The purpose of this monograph is to characterize and describe the
quality of machined wood surfaces, whereas particular attention is
given to the utility and to aesthetical values in product design.
The approach employed by the authors involves an introductory
overview and is then organized in three parts: first, the book
deals with factors influencing surface stability, the second part
describes the color and gloss properties of wood surfaces with many
practical applications, and the third part covers roughness
properties of surfaces related to machining. This is a highly
informative and carefully presented book, providing valuable
insight for both research experts and practitioners with an
interest in machined wood surfaces.
The new edition of this textbook, while largely retaining the
proven chapter structure of the previous editions, combines the
quantitative, mathematical analysis of the mechanisms of wood
processing with practical recommendations and solutions. It
presents new theoretical and experimental approaches and offers a
clear and systematic overview of the theory of wood cutting,
thermal loading in wood-cutting tools, optimum choice of
operational parameters, dynamic behavior of tool and workpiece,
stability problems in wood machining, energy requirements, the wear
process of tools and a unique analysis of surface roughness. In
general, diagrams are provided to help quickly estimate various
process parameters. As a modern and powerful tool, the process
optimization procedure is also included, and amply demonstrated in
worked-out examples. In this edition, new and updated material has
been added in many sections: roughly a third of the book has been
rewritten and a quarter of the figures are new. In addition, many
figures have been revised for clarity. The authors are confident
that this revised and expanded edition will continue to meet the
needs of all those working in the field of wood machining.
This monograph presents state-of-the-art knowledge in wood
manufacturing design with a special focus on the elaboration of
functional relationships. The authors transfer and apply the method
of functional relationships to challenges in wood manufacturing,
and the book contains many worked examples which help the reader to
better understand the presented method. The topical spectrum
includes machining processes, energy consumption, surface quality,
hardness and durability properties as well as aesthetical
properties. The target audience primarily comprises research
experts and practitioners in wood manufacturing, but the book may
also be beneficial for graduate students alike.
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