Automotive Painting Technology [electronic resource] : A Monozukuri-Hitozukuri Perspective /
Toda, Kimio.editor.
Salazar, Abraham.editor.
Saito, Kozo.editor.
This book offers unique and valuable contributions to the field. It offers breadth and inclusiveness. Most existing works on automotive painting cover only a single aspect of this complex topic, such as the chemistry of paint or paint booth technology. Monozukuri and Hitozukuri are Japanese terms that can be translated as "making things" and "developing people" but their implications in Japanese are richer and more complex than this minimal translation would indicate. The Monozukuri-Hitozukuri perspective is drawn from essential principles on which the Toyota approach to problem-solving and continuous improvement is based. From this perspective, neither painting technology R&D nor painting technology use in manufacturing can be done successfully without integrating technological and human concerns involved with making and learning in the broadest sense, as the hyphen is meant to indicate. The editors provide case studies and examples -- drawn from Mr. Toda's 33 years of experience with automotive painting at Toyota and from Dr. Saito's 18 years experience with IR4TD, the research-for-development group he leads at the University of Kentucky -- that give details on how these two principles can be integrated for successful problem-solving and innovation in industry, in university R&D, and in the collaboration between the two. The book will bring readers up to date on progress in the field over the last decade to provide a basis for and to indicate fruitful directions in future R&D and technology innovation for automotive painting.
Description based upon print version of record.
Includes bibliographical references.
Foreword: Monozukuri-based Automobile Painting Science and Technology -- Preface -- 1 Introduction -- Part I Painting Technology-The Empirical Approach -- 2 What Is Spray Coating? -- Part II Painting Technology: Numerical Simulation and Scale Modeling -- 3 Computational Modeling of Relevant Automotive Rotary Spray Painting Process -- 4 The Use of Scale Model to Study Film Flow in a Rotary Atomizer Cup -- Part III Painting Technology-Visualization and Characterization -- 5 Automotive Paint Spray Characterization and Visualization -- Part IV Painting Technology-Research and Education-An Integrative Approach.-  6 Hitozukuri and Monozukuri in Relation to Research and Development in Surface Coating.
This book offers unique and valuable contributions to the field. It offers breadth and inclusiveness. Most existing works on automotive painting cover only a single aspect of this complex topic, such as the chemistry of paint or paint booth technology. Monozukuri and Hitozukuri are Japanese terms that can be translated as "making things" and "developing people" but their implications in Japanese are richer and more complex than this minimal translation would indicate. The Monozukuri-Hitozukuri perspective is drawn from essential principles on which the Toyota approach to problem-solving and continuous improvement is based. From this perspective, neither painting technology R&D nor painting technology use in manufacturing can be done successfully without integrating technological and human concerns involved with making and learning in the broadest sense, as the hyphen is meant to indicate. The editors provide case studies and examples -- drawn from Mr. Toda's 33 years of experience with automotive painting at Toyota and from Dr. Saito's 18 years experience with IR4TD, the research-for-development group he leads at the University of Kentucky -- that give details on how these two principles can be integrated for successful problem-solving and innovation in industry, in university R&D, and in the collaboration between the two. The book will bring readers up to date on progress in the field over the last decade to provide a basis for and to indicate fruitful directions in future R&D and technology innovation for automotive painting.
Automotive engineering.
Materials-Surfaces.
Thin films.
Optical data processing.
Automotive Engineering.
Surfaces and Interfaces, Thin Films.
Image Processing and Computer Vision.